Ssi Reporting Interface Specification: Fill & Download for Free

No one can escape from the absolute need of technology in our daily life. Every one of us is so dependent on technology that we cannot do without them. Starting from computers to keeping fit, we require technology at every step. Technology helps us to keep in touch with people who are away from us. We use the telephones and computers to talk to them and even see them. Our daily office work is also technology based. No longer do people use the pen and paper to complete their work. We maintain our health by going to the gyms. There are machines in the gym which help us reduce our weight and keep fit. The use of technology has made our life comfortable. We cannot think of a life sans technology. We get to keep a lot of information in a small device and use it when we like. Cars have also become better with the use of technology. Thus technology is undeniably an important of our life.Technology is an absolute need we cannot escape from, it has a very big role in most aspects of our lives. In other words, it answers most of Mankind problems. Across centuries technology evolves. The importance of technology is aiming for comfort of use in whichever form it is. It always directs for easiness in life. Take the mobile technology for example. The faster the world is moving, the more hi-end the features are offered. Laptop gets thinner and smaller. It becomes more compact every year and offers more capabilities and top performance. It should load a lot of stuffs in a more concise shape. That is the need. People should not take time to think of what should be brought over a sales presentation in the southern state since everything is already "filed" in the laptop. Also for telephone. The need to be able to communicate anytime, anywhere, has inspired scientists to create cellular phone. And it gets smaller and smaller. And then it has more features, more games, more entertainment, and now offered more professional like having a computer in the pocket. And then from costly, it goes cheaper and better and faster and become more reliable. The fact that the importance of technology in our daily basis is undeniable has inspired scientists to make improvements from time to time through their invented tools and devices for us to use, just to make our lives easier. We always tend to make one step ahead. Technology can help not just with the present but also approximating the future. It can calculate the potential profits and losses. And based on these, we can create plans and a list of pre-cautious steps for the future of our descendants.BRV TECHNOLOGY (Stick N Find Bluetooth Stickers)Modern technology has become such an important part of our lives that without it, the world would be radically different. We use so much technology (things like cell phones, computers, Wi-Fi, cars, etc.) that it has ceased to be the luxury item it was even 10 years ago and has become the basic necessity that it is today. But there are still many people who do not even have the basic access that many of us take for granted. If we are living on a very low income, things like cars, cell phones, and computers are going to stretch your budget. Cars need gas, maintenance, insurance. Cell phones need payment plans and a computer by itself can cost several hundred dollars. In our society now, if we do not personally own or do not have easy and convenient access, we are gone struggle to keep up. For many of my consumers, this is the first time owning a computer. Many are looking for work or are beginning to go back to school. For those who are going to school, finding classes online is very important. Many do not have a car or easy access to public transportation, so being able to access those classes online gives them an opportunity that they may not have had previously.We know from personal experience what it is like to attend school without a computer, and it was never an easy time. We have to schedule your time around when libraries and computer labs are open so that you can get your work done, and it is not always assured that there will be a space open for us. And the locations where the computers are may not always be easy to get to. During our time studying abroad, we had to take public transportation to a computer lab. Fortunately, the Austrians are known for their transportation systems, so we may only a 20 minute ride and walk away from wherever we had to be. We use t spent most of my senior year in college without a computer, mostly because we would be too lazy to get it fixed after it got a virus. So whenever we had any work to do, we have to drive to the school computer lab. It could get inconvenient and stressful at times to do all this, even considering the fact that I had easy access at all times.Without something like a personal computer, trying to get a job is very difficult. Many businesses now place ads for positions on the internet, and so it becomes hard for someone to get a job. Other businesses allow for someone to work entirely from home, so being able to get those types of jobs lets a person earn an extra income, and if we are dependent on a single low income, even a little bit can go a long way. For them, it is a great opportunity to get access to technology that they may not have had before. It is important for them to bridge the "technology divide" and for us to help get them there.The Stick and find Bluetooth stickers are the result of a successful Crowdfund Innovations & Support Entrepreneurs campaign, and they take advantage of Bluetooth 4.0’s low-power mode to make it possible to give owners the ability to just slap a sticker on any gadget they want to be able to track. For forgetful types, or morons like me who literally can’t go five minutes without empty-headedly distributing the remote control to some arcane or obscure cranny of space-time, this is a killer notion. Once a sticker has been applied to the object of your choosing, we can just load up the Stick ‘N’ find app and, as long as it’s within 100 feet, hone in on where it’s hidden.We are worried that the Stick ‘N’ Find stickers would have lousy battery life, but the reps here at CES assure me that each one should offer a year’s battery life. Better, once depleted, we can just pop in a fresh watch battery into the sticker to charge it up for another year.TECHNOLOGY VISION AND VIABILITYAn US technology firm has come up with Bluetooth stickers which can be attached to the essential items like wallets, keys, and even kids and pets to track them. Valuables can be detected by the stickers which work through a smart phone app that sets off a buzzer to help locate them. The app also includes a radar-like function to help find the way to possessions. About the size of a coin, the Stick N Find stickers can attach via adhesive to valued possessions and send a low-energy Bluetooth signal with a range of about 100ft, the 'Daily Mail' reported. So far the teams behind it have developed apps compatible with smart phones with a range of features to help users track down their stickered-up possessions when they are missingThe first function the app offers is a simple radar screen that approximates the distance - but not yet the location - of all the paired Stick-N-Find stickers in range. The technology does not yet allow the app to determine which direction the lost items are in, so users have to start walking while watching the screen to see whether the device they are hunting for gets closer. A second feature, which the designers call the Virtual Leash, allows users to set an alarm to sound whenever a sticker moves a predetermined distance from the phone. This feature could be used to keep track of children at the playground, for example, or to remind the users if they are getting ready to leave the house for work and forget to pick up the keys. A third feature called Find It helps to locate any items that are out of range by setting an alarm to sound as soon as they appear on the app's radar, allowing to begin using it to track down the lost item as soon as the user is nearby. The stickers themselves will keep going for up to a year on a watch-type batteryThey include buzzers and flashing lights that can be activated remotely to help users track them down and one smart phone can be paired with as many as 20. The Stick-N-Find location stickers are the brainchild of John Mitts, an engineer at SSI America which is a product development company specializing in small electronics.Stick-N-Find is an ultra-small sticker with built in Bluetooth low energy with a range of 100ft, about the size of a US quarter and with a battery life that lasts about a year.The Radar Screen displays all the devices within range.The user can tap the Sticker on the radar screen and decide if they would like it to Buzz, Flash the lights or do both. Of course, because the direction is not known, the radar Screen can only be used to approximate the distance of the Stick-N-Find to the phone, but not direction. So once it has located on the Radar Screen a Sticker to be found, the user start walking in a specific direction, and see if it gets closer or farther.Virtual LeashThis feature allows creating a virtual Leash on a sticker, if that sticker moves away more than the approximate selected distance from the phone, phone will Alarm the user. The user can even select different types of Alarms for different Stickers."Find It" AlertsIf the user is looking for a missing Sticker, that the phone can not find, or is not in range, once that Sticker is in Range, your phone will alert the user. The user can stick a Stick-N-Find Sticker on the suitcase. Once the suitcase is within Range, the phone will alert the user.Virtual LeashThe virtual leash feature can even prevent from forgetting things on the way out the door, like laptop for work, or even lunchbox! The user could stick it in the car and find it in a parking lot or on the street, even if it’s covered in snow. If the user still can’t find, it, the "find it" feature will alert when car is within range. Besides the things that are lost all the time like keys or remote, the user can also use Stick-N-Find to find anything, like kid’s toys, tools, or wallets and/or purses.RequirementsiOS devices with Bluetooth 4.0 (iPhone 4s, iPhone 5, new iPad, New Touch, mini iPad) It also works on Android devices supporting Bluetooth Low Energy, running Android 4.1 and newer.Range & BatteryStick-N-Find Stickers have a Range of about 100 Feet, with a Battery that lasts for over a year. The Stick-n-Find uses a standard watch battery, so it is easy to replace the battery.Connectivity: Bluetooth 4.0 (Bluetooth Low Energy).Range: Approximate 100 Feet with line of sight.Battery: Lasts up-to 1 year (based on 30min. a day use).Battery Type: CR2020 watch battery (replaceable).Size & WeightDiameter: 0.98 Inches x Thickness 0.16 Inches (24mm x 4mm)6eight: 0.15 ounces (4.5 grams)It would appear that it’s about to be able to find every single one of the often-lost objects with an ecosystem that’s not to be missed – Stick-N-Find, complete with Bluetooth stickers and a fabulous radar app that works with them to track. This lovely system is currently living in the crowd-funding operation known as indegogo, a place not unlike Kick-Starter where users are able to pass some cash to start-up groups hoping to get their project off the ground in exchange for a promise that they’ll get some of the earliest products produced. On the indegogo funding page for this project, it’s shown to simply sync with a Bluetooth sticker, stick the sticker, and get connected straight away. From then, there is nothing to worry about losing the item the sticker is attached to again.MOTIVATIONIn today’s whirlwind society, where multi-tasking is a required skill rather than a preferred ability, it’s easy for us to misplace valuable items in the shuffle of everyday life. We’ve all needlessly searched for glasses we’ve placed on our heads, and phones we’ve buried deep in our pockets. But thanks to new innovative products meshed with Bluetooth technology, we’ll never have to search desperately again! A US technology firm has developed a product called Stick N Find that allows you to attach Bluetooth stickers to your valuable products. About the size of a coin, these adhesive stickers have technology in them that corresponds with a radar-like app that locates your possessions for you. Technology continues to evolve innovative accessories in ways that assist us inour everyday lives.What the founders have to say about the product'Just like everyone we lose stuff all the time so, we thought, why not design an ultra-small Bluetooth connected sticker we can stick on any device, person or animal so you can easily find them. 'So we came up with Stick-N-Find. Stick-N-Find is an ultra-small sticker with built in Bluetooth low energy with a range of 100ft, about the size of a U.S. quarter and with a battery life that lasts about a year. 'The Stick-N-Find can be paged producing both sound and light, helping you find things easily, even in the dark. 'We can stick it anywhere, like your TV remote control for instance, so you can always find it when it gets lost. 'We can stick it on your keys, your dog or cat's collar, and you can even stick it to your kids' shoes or backpacks so you can easily monitor where they are in a store or on a playground.' Every once in a while I stumble across a new company that I think truly has the impact to change my life. Obviously all of the startups we cover here on KillerStartups are potentiallife changers, but they usually target a specific subset of people because, let’s face it, specialization is what startups do best. Today, however, I’ve got something that will change the life of 95% of you. The other 5% obviously has super-crazy-memory-powers and should stop reading right now because you’re all freaks and this tool is not for you. Stick-N-Find recently vastly surpassed their IndieGoGo goal of $70,000 with $931,060 raised and is currently taking preorders.Mostly this technology is being introduced with the only for most aim of saving the time of an normal person so that he can make his life a better one with a clam and lead a pleasant life . So that he concentrate on his works, apart from an individual persons interest BRV technology also concentrate on an family as well because sticker also help in locating even children’s when they are with in the area around an home ,When the child leaves from the range that is outside the home or the ground iso installed phone with the parents shows an alert sound so that they can ensure the safety of themWhen you go for shopping in big area or when you go towards an area where there are around more than 200 to 300 cars u can stick the Bluetooth stickers on the car so that when you come after your work ,It won’t be difficulty for you since you have stick the Bluetooth stickers in the car it’s just simple work for you to locate the car you just need to switch on your phone and u just need to go apps on search for the sticker you have stick in the car with that you can locate your car easily .Technology designDesign and Technology plays a vital role in the development of the generation that is going through the education system at the moment. Developing children to be critical and self-reflective learners who are able to work and think in an intellectual and intelligent manner is something of a natural development within design and technology due to the methodological order of the design process. Not only does the subject promote the understanding and knowledge within a wide scope ranging from history for inspirational sources and research to the scientific breakdown of materials or processes the subject with its religious design process promotes pupils to think within the " higher order thinking skills" that is being urged into the education system along with assessment to make the generation of pupils very intellectual and intelligent thinkers independently. I believe Design and Technology is under appreciated for the crucial part it has in developing young individuals to be skilled, confident and hardworking who can reach out to the realms of the unknown within their creative thinking to keep developing and creating great products and gadgets that we will in time, not be able to live without or have lifesaving/changing attributes. Would we be where we are today if it wasn't for the subject or would be 100s of years behind.Technology is important today because we have become dependent on the ease and efficiency of new methods. Cell phones are very important because many people travel often, needing to stay in contact. Bluetooth technology is a short-range wireless communications technology to replace the cables connecting electronic devices, allowing a person to have a phone conversation via a headset, use a wireless mouse and synchronize information from a mobile phone to a PC, all using the same core system. Bluetooth technology uses the principles of device "inquiry" and "inquiry scan." Scanning devices listen in on known frequencies for devices that are actively inquiring. When an inquiry is received, the scanning device sends a response with the information needed for the inquiring device to determine and display the nature of the device that has recognized its signal.The Radar Screen will display all your devices in a Radar type Screen. Of course, because we don't really know direction, the radar Screen can only be used to approximate the distance of the Stick-N-Find to your phone, but not direction. So once you have located on the Radar Screen a Sticker you would like to find, you start walking in a specific direction and see if it gets closer or farther. This allows you to create a virtual Leash on a sticker, if that sticker moves away more than the approximate selected distance from your phone, your phone will Alarm you. You can even select the type of Alarms per different Stickers. You can also create a Reverse Virtual Leash: You put a Sticker on your keys etc., if you forget your phone behind; the sticker on keys will buzz. You have to have the Stick NFind app running on the background for the reverse Virtual leash to workRadar is an object detection system which uses radio waves to determine the range, altitude, direction, or speed of objects. It can be used to detect aircraft, ships, spacecraft guided missiles, motor vehicles, weather formations, and terrain. The radar dish or antenna transmits pulses of radio waves or microwaves which bounce off any object in their path. The object returns a tiny part of the wave's energy to a dish or antenna which is usually located at the same site as the transmitter.Radar was secretly developed by several nations before and during World War II. The term RADAR was coined in 1940 by the United States Navy as an acronym for Radio Detection AndRanging The term radar has since entered English and other languages as the common noun radar, losing all capitalization.The modern uses of radar are highly diverse, including air traffic control, radar astronomy, air-defense systems, antimissile systems; marine radars to locate landmarks and other ships; aircraft anti-collision systems; ocean surveillance systems, outer space surveillance and rendezvous systems; meteorological precipitation monitoring; altimetry and flight control systems; guided missile target locating systems; and ground-penetrating radar for geological observations. High tech radar systems are associated with digital signal processing and are capable of extracting useful information from very high noise levels. Other systems similar to radar make use of other parts of the electromagnetic spectrumThe basic principle of operation of primary radar is simple to understand. However, the theory can be quite complex. An understanding of the theory is essential in order to be able to specify and operate primary radar systems correctly. The implementation and operation of primary radars systems involve a wide range of disciplines such as building works, heavy mechanical and electrical engineering, high power microwave engineering, and advanced high speed signal and data processing techniques. Some laws of nature have a greater importance here. Radar measurement of range, or distance, is made possible because of the properties of radiated electromagnetic energy. The electromagnetic waves are reflected if they meet an electrically leading surface. Electromagnetic energy travels through air at a constant speed, at approximately the speed of light,300,000 kilometers per second or186,000 statute miles per second or162,000 nautical miles per second.This constant speed allows the determination of the distance between the reflecting objects (airplanes, ships or cars) and the radar site by measuring the running time. This energy normally travels through space in a straight line, and will vary only slightly because of atmospheric and weather conditions. By using of special radar antennas this energy can be focused into a desired direction. These principles can basically be implemented in a radar system, and allow the determination of the distance, the direction and the height of the reflecting object.BASIC PRINCIPLEBasic principle governing the functionality of radar is due to the properties of radiated electromagnetic energy. The electromagnetic energy travels through space in a straight line, at a constant speed (approximately the speed of light). The propagation of these waves differs slightly because of atmospheric effects. When the electromagnetic waves strike an electrically conductive surface, a part the energy is reflected back towards the source, rest of the reflected energy gets radiated in different directions.. Receipt of reflected energy towards the source is an indication of the obstacle in the direction of propagation.These basic principles are utilized in Radar to determine distance, and bearings of the target, i.e., a reflecting object.Primary RadarTransmitterThe radar transmitter produces microwave signal, which is typically short duration high-power RF- pulses of energy for a pulsed radar.DuplexerDuplexer acts as a switch; it switches the antenna between the transmitter and receiver. This obviates the need for separate transmitting and receiving antennas. Duplexer prevents high power energy to go into receiver (high power pulses can damage the receiver) while transmission and prevents reflected signal to be fed to the transmitter during reception.The transmitting antenna radiates the transmitting energy to signals in space, in desired directions. The radiated energy propagates with constant velocity. When it finds the target, the energy is scattered, a part of which is reflected towards the transmitting antenna. The antenna receives the reflected energy and feed it to the duplexer. The duplexer directs this energy towards the receiver.ReceiverThe receiver demodulates the received reflected energy and analyzes the signal to find target parameters.DisplayThe receiver sends the output to display, which shows the analyzed signal in an easily understandable user friendly mannerRadar is an object detection system which uses radio waves to determine the range, altitude, direction, or speed of objects. It can be used to detect aircraft, ships, spacecraft, guided missiles, motor vehicles, weather formations, and terrain. The radar dish or antenna transmits pulses of radio waves or microwaves which bounce off any object in their path. The object returns a tiny part of the wave's energy to a dish or antenna which is usually located at the same site as the transmitter.Radar was secretly developed by several nations before and during World War II the term RADAR was coined in 1940 by the United States Navy as an acronym for Radio Detection AndRanging. The term radar has since entered English and other languages as the common noun radar, losing all capitalization. The modern uses of radar are highly diverse, including air traffic control, radar astronomy, air-defense systems, antimissile systems; marine radars to locate landmarks and other ships; aircraft anti-collision systems; ocean surveillance systems, outer space surveillance and rendezvous systems; meteorological precipitation monitoring; altimetry and flight control systems; guided missile target locating systems; and ground-penetrating radar for geological observations. High tech radar systems are associated with digital signal processing and are capable of extracting useful information from very high noise levels. Other systems similar to radar make use of other parts of the electromagnetic spectrum. One example is "lidar", which uses visible light from lasers rather than radio waves.Bluetooth technology is a short-range wireless communications technology to replace the cables connecting electronic devices, allowing a person to have a phone conversation via a headset, use a wireless mouse and synchronize information from a mobile phone to a PC, all using the same core system. The Bluetooth RF transceiver (or physical layer) operates in the unlicensed ISM band centered at 2.4 gigahertz (the same range of frequencies used by microwaves and Wi-Fi). The core system employs a frequency-hopping transceiver to combat interference and fading.Bluetooth devices are managed using an RF topology known as a "star topology." A group of devices synchronized in this fashion forms a picante, which may contain one master and up to seven active slaves, with additional slaves that are not actively participating in the network. (A given device may also be part of one or more Pico nets, either as a master or as a slave.) In a picante, the physical radio channel is shared by a group of devices that are synchronized to a common clock and frequency-hopping pattern, with the master device providing the synchronization references.The master device is your mobile phone. All of the other devices in your picante are known as slaves. This could include your headset, GPS receiver, MP3 player, car stereo, and so on. Devices in a picante use a specific frequency-hopping pattern, which is algorithmically determined by the master device. The basic hopping pattern is a pseudorandom ordering of the 79 frequencies in the ISM band. The hopping pattern may be adapted to exclude a portion of the frequencies that are used by interfering devices. The adaptive hopping technique improves Bluetooth technology's coexistence with static (no hopping) ISM systems, such as Wi-Fi networks, when these are located in the vicinity of a picante.The physical channel (or the wireless link) is subdivided into time units known as slots. Data is transmitted between Bluetooth-enabled devices in packets that are positioned in these slots. Frequency hopping takes place between the transmission or reception of packets, so the packets that make up one transmission may be sent over different frequencies within the ISM band.The physical channel is also used as a transport for one or more logical links that support synchronous and asynchronous traffic as well as broadcast traffic. Each type of link has a specific use. For instance, synchronous traffic is used to carry hands-free audio data, while asynchronous traffic may carry other forms of data that can withstand more variability in the timing for delivery, such as printing a file or synchronizing your calendar between your phone and computer. One of the complexities often associated with wireless technology is the process of connecting wireless devices. Users have become accustomed to the process of connecting wired devices by plugging one end of a cable into one device and the other end into the complementary device.Bluetooth technology uses the principles of device "inquiry" and "inquiry scan." Scanning devices listen in on known frequencies for devices that are actively inquiring. When an inquiry is received, the scanning device sends a response with the information needed for the inquiring device to determine and display the nature of the device that has recognized its signal. If we want to wirelessly print a picture from your mobile phone to a nearby printer. In this case, we go to the picture on your phone and select print as an option for sending that picture. The phone would begin searching for devices in the area. The printer (the scanning device) would respond to the inquiry and, as a result, would appear on the phone as an available printing device. By responding, the printer is ready to accept the connection. When we select the Bluetooth wireless printer, the printing process kicks off by establishing connections at successively higher layers of the Bluetooth protocol stack that, in this case, control the printing function.Bluetooth is a wireless technology standard for exchanging data over short distances (using short-wavelength radio transmissions in the ISM band from 2400–2480 MHz) from fixed and mobile devices, creating personal area networks (PANs) with high levels of security. Created by telecom vendor Ericsson in 1994,it was originally conceived as a wireless alternative to RS-232 data cables. It can connect several devices, overcoming problems of synchronization.Bluetooth is managed by the Bluetooth Special Interest Group, which has more than 17,000 member companies in the areas of telecommunication, computing, networking, and consumer electronics. The SIG oversees the development of the specification, manages the qualification program, and protects the trademarks. To be marketed as a Bluetooth device, it must be qualified to standards defined by the SIG.A network of patents is required to implement the technology and are licensed only for those qualifying devices.The Android platform includes support for the Bluetooth network stack, which allows a device to wirelessly exchange data with other Bluetooth devices. The application framework provides access to the Bluetooth functionality through the Android Bluetooth APIs. These APIs let applications wirelessly connect to other Bluetooth devices, enabling point-to-point and multipoint wireless features.Using the Bluetooth APIs, an Android application can perform the following:Scan for other Bluetooth devicesQuery the local Bluetooth adapter for paired Bluetooth devicesEstablish RFCOMM channelsConnect to other devices through service discoveryTransfer data to and from other devicesManage multiple connectionsTECHNOLOGY REQUIREMENTS- HARDWARE AND SOFTWARETECHNOLOGY REQUIREMENTS- HARDWAREBattery Type: CR2020 watch battery (replaceable).Bluetooth stickersPhones (with IOS)These kinds of batter are available in the markets you can purchase it they are normally used by for the watches .They cost very less so you can replace it when every the batter life gets over even the producers of the Bluetooth stickers say that we just need to replace the batter jus ones in an year. Even for the replacement you don’t have to spend a lot for the replacement you yourself can replace the batteries without any ones help. The user interface of iOS is based on the concept of direct manipulation, using multi-touch gestures. Interface control elements consist of sliders, switches, and buttons. Interaction with the OS includes gestures such as swipe, tap, pinch, and reverse pinch, all of which have specific definitions within the context of the iOS operating system and its multi-touch interface. Internal accelerometers are used by some applications to respond to shaking the device (one common result is the undo command) or rotating it in three dimensions (one common result is switching from portrait to landscape mode).iOS is derived from OS X, with which it shares the Darwin foundation. iOS is Apple's mobile version of the OS X operating system used on Apple computers. In iOS, there are four abstraction layers the Core OS layer, the Core Services layer, the Media layer, and the Cocoa Touch layer. The current version of the operating system (iOS 6.1) dedicates 1-1.5 GB of the device's flash memory for the system partition, using roughly 800 MB of that partition (varying by model) for iOS itselfTECHNOLOGY REQUIREMENTS-SOFTWAREConnectivity: Bluetooth 4.0Range: Approximate 100 Feet with line of sight.IOSRadar is an object detection system which uses radio waves to determine the range, altitude, direction, or speed of objects. It can be used to detect aircraft, ships, spacecraft, guided missiles, motor vehicles, weather formations, and terrain. The radar dish or antenna transmits pulses of radio waves or microwaves which bounce off any object in their path. The object returns a tiny part of the wave's energy to a dish or antenna which is usually located at the same site as the transmitter. Radar was secretly developed by several nations before and during World War 2. The term radar was coined in 1940 by the United States Navy as an acronym for Radio Detection AndRanging. The term radar has since entered English and other languages as the common noun radar, losing all capitalization.The modern uses of radar are highly diverse, including air traffic control, radar astronomy, air-defense systems, antimissile systems; marine radars to locate landmarks and other ships; aircraft anti-collision systems; ocean surveillance systems, outer space surveillance and rendezvous systems; meteorological precipitation monitoring; altimetry and flight control systems; guided missile target locating systems; and ground-penetrating radar for geological observations. High tech radar systems are associated with digital signal processing and are capable of extracting useful information from very high noise levels. Other systems similar to radar make use of other parts of the electromagnetic spectrum. One example is "lidar", which uses visible light from lasers rather than radio waves.iOS (previously iPhone OS) is a mobile operating system developed and distributed by Apple Inc. Originally released in 2007 for the iPhone and iPod Touch, it has been extended to support other Apple devices such as the iPad and Apple TV. Unlike Microsoft's Windows Phone (Windows CE) and Goggles Android, Apple does not license iOS for installation on non-Apple hardware. As of September 12, 2012 (2012-09-12)[update], Apple's App Store contained more than 700,000 iOSapplications, which have collectively been downloaded more than 30 billion times had a 14.9% share of the smart phone mobile operating system units shipped in the third quarter of 2012, behind only Google's Android.[5] In June 2012, it accounted for 65% of mobile web data consumption (including use on both the iPod Touch and the iPad)At the half of 2012, there were 410 million devices activated. According to the special media event held by Apple on September 12, 2012, 400 million devices have been sold through June 2012SYSTEM STUDY AND FEASIBILITYUnfortunately the technology does not yet allow the app to determine which direction the lost items are in, so users have to start walking while watching the screen to see whether the device they are hunting for gets closer.It is very clear from the technology they have used for the working of Bluetooth Sticker since they are just using the phone and the Bluetooth stickers it is based on wireless technology. Since the gum used for the sticking the sticker are very strong they last around one year. And they can be sticker to any sort of surface and can locate any sort of items or things. It may attach with all essential items i .e keys, wallet etc. Bluetooth sticker application which is also called "Stick –N- find" to find the missing things. It is based on wireless technology, small, consume less energy, and perform smart functionality and more over easy to carry. The Bluetooth Sticker is a device whose shape is as the coin. It does not have an big seize we can imagine the seize if its just looks like an coin .Bluetooth sticker can detect missing things up to 100 ft range. Since they are small in seize they can only have an range of 100ft .But the founders are planning on how o increase the range of the stickers.Bluetooth sticker is a device whose shape is as the coin. Bluetooth Sticker has an alarm or buzzer system which is used to detect the missing things. These alarm buzzers are very useful even if they alert us without any sound if we don’t notice we can’t locate them but when they have buzzers on them we can locate them easily. Bluetooth Sticker has an application to determine the direction of missing things, known as reader screen. But this does not indicate the approximate direction, thus the finder must find the missing things with Bluetooth Sticker apps in every direction. It also helps to find the item which is out of range and determine the location with reader screen. Bluetooth Sticker is based on wireless technology. It may attach with all essential items i .e keys, wallet etc. Bluetooth Sticker buzzer also helps to work as flesh light system. With the help of one Bluetooth Sticker we can attach the 20 Smart phone devices.at -&nbspThis website is for sale! -&nbspdevices Resources and Information. the same time we can attach 20 stickers to an phone even if we attach more number of stickers it does not consume much energy. Even they don’t weight much because they just look like an coin only. Approximately the same size as a quarter, the Stick-N-Find sticker has a range of approximately 100 feet and the battery lasts about a year. When the battery is running low on power, the Stick-N-Find smartphone application will alert the user. After popping off the top of the Stick-N-Find sticker, the user can easily replace the battery. In order to find an object using distance, the Stick-N-Find smartphone application provides a radar screen to give the user an estimation of approximate distance. However, the radar screen does not show direction and requires the user to walk in various directions in order to target the location of the device. The radar screen will show up to twenty active stickers that are connected to the smartphone over Bluetooth.Unlike the stickers of Hello Kitty and She-Ra: The Princess Of Power that Buster and I shrewishly compete to collect, however, the Stick ‘N’ Find Bluetooth stickers are actually pretty useful, although worth every penny as much to collect. The Stick N Find Bluetooth Stickers are the result of a successful Crowdfund Innovations & Support Entrepreneurs campaign, and they take advantage of Bluetooth 4.0’s low-power mode to make it possible to give owners the ability to just slap a sticker on any gadget they want to be able to track.For forgetful types, or morons like me who literally can’t go five minutes without empty-headedly distributing the remote control to some arcane or obscure cranny of space-time, this is a killer notion. Once a sticker has been applied to the object of your choosing, you can just load up the Stick ‘N’ find app and, as long as it’s within 100 feet, hone in on where it’s hidden.The battery life of Stick ‘N’ Find stickers would have lousy battery life, but the reps here at CES assure me that each one should offer a year’s battery life. Better, once depleted, you can just pop in a fresh watch battery into the sticker to charge it up for another year.The app offers is a simple radar screen that approximates the distance - but not yet the location - of all the paired Stick-N-Find stickers in range. The technology does not yet allow the app to determine which direction the lost items are in, so users have to start walking while watching the screen to see whether the device they are hunting for gets closer. The designers call the Virtual Leash, allows users to set an alarm to sound whenever a sticker moves a predetermined distance from your phone. This feature could be used to keep track of your children at the playground, for example, or to remind you if you're getting ready to leave the house for work and forget to pick up your keys. Find it help to locate any item that are out of range by setting an alarm to sound as soon as they appear on the app's radar, allowing you to begin using it to track down the lost item as soon as you are nearby . The stickers themselves will keep going for up to a year on a watch-type batteryThe Bluetooth stickers always serve the people with the best output and the facilities which one can give the most. The most important one is the wireless network used for the functioning and the next one is the buzzers and light or the flash which is attached to the stickers were it acts every time so that at any time any were you can identify the item or the thing which we have sticker.Even though it acts every time with the help of an simple battery from this we can understand that it consume only less energy so battery are to just replaced just ones in an year . With an single iso supporting phone the use can access around 20 stickers at the same time .and a single sticker can be attached to around 20 stickers. So that an single sticker can be accessed by many people at the same time .radar screen or virtual display on the ios device help in tracking the device and locate the items sooner and easier. The virtual display help the user to switch off the stickers and switch on the stickers.When the sticker moves away from the range. They give a sound alert second one is the battery life of the phones when there is an continues use of stickers are been done there might be a loss of battery life may occur so when they are necessary for an person tat is when he needs it for an actual us purpose of an mobile phone when there is no battery for those purposes it is an problem for the user. And the next on is ios phones only when we go for the cost of an iso supporting phones they cost more than tries of an normal phone with the same facilities. So when it works alone only on ios phones it’s an big problem stickers. The stickers range should be increased from 100ft to more range if we can increase this it will be even more useful for the current purpose as well as we can use full for many other things even for the business process in tracking the trucks or any persons in an organization The second one is the cost of stickers when they are been produced any more in number the cost can be reduced so the cost should be reduced so that even an middle class people can use the advantages of an Bluetooth stickers. Bluetooth stickers can be used only educated people can use the stickers technology because we need to switch off or switch on the stickers and we should look around the radar screen also so the stickers can be only used by persons who are educated people.APPLICATION OF TECHNOLOGYStick it on your Keys, TV Remote, Kids, Cat, Dog, iPod, Kids Phone, Tablet, Home Phone, Wallet, Purse, Passport, Laptop, Backpack, Suitcase... It is possible to stick a Stick-N-Find Sticker on Suitcase too. When all the suitcases start coming out on the belt, the person can sit down and wait. Once the Suitcase is within Range, the phone will Alert you, the person can get up, and take his suitcase he can save a lot of time , he don’t wait for such a long time. Even the parents can stick them on their child’s chain or somewhere so that the parents can be free can do their work .ones the child leaves from the parents range the parents will get a alert on their mobile phones and can go and ensure their child’s safety.The same thing can be done on the pets at home even the husband can be safe using an Bluetooth stickers on his wife’s chain .So that the husband can easily watch where she is now .Apart from all of these the most important one is one can easily save lots and lots of time using an stick and find Bluetooth stickers by attaching them on their valuable things so that they can easily find them often they are in an hurry manner to go for some function occasions or even d most important one is when they go for an office work. So that they can reach the office on time.This is first technology with an combination of an Bluetooth an radar and as well as an software which alerts you .And display you with an virtual display on it .This BRV technology combination in sticker which can be used any were .The idea is so simple, it’s brilliant: quarter-sized stickers that are Bluetooth enabled. Stick them on your remote, your keys, your lipstick, or whatever it is that you always lose. The stickers are connected to an app that displays a radar screen with the general direction of where your things are hiding. After that it’s kind of like that "Hot and Cold" game that you played as a kid but instead of our little brother trying to run you into walls, you’ve got a clear screen to follow. The radar screen will tell us if you’re moving closer or further away.Awesome feature number two of this already excellent invention is the "virtual leash," which allows you to set a designated distance you want your items to be from you. If you move out of that range, the app buzzes or beeps (your choice), letting you know that you’re too far away.We can also set up a "reverse leash." Say, for example, you’re rushing out the door to an interview but your phone is resting innocently on your bed side table where you slammed it down that morning after the alarm jolted you awake. If you’ve got the reverse leash connecting your keys and your phone, your keys will buzz to let you know what you left behind.INNOVATION DRIVEN APPLICATIONTechnology helps our lives to remain and become easier. Many technologies are unnecessary but sewage systems and water system are all performed from technology. Therefore technology should stick around as long as possible. Technology is considered to be extremely important in business because it provides faster and more efficient methods of getting a job done. For example, computer programs can be used in business to provide easier manufacturing of goods. Technology in education is very important. At minimal, basic computer skills are required to complete many assignments. At large universities many of the classes are only available via the internet or television. So remember to log on before you get locked out.The idea is so simple, it’s brilliant: quarter-sized stickers that are Bluetooth enabled. Stick them on your remote, your keys, your lipstick, or whatever it is that you always lose. The stickers are connected to an app that displays a radar screen with the general direction of where your things are hiding. After that it’s kind of like that "Hot and Cold" game that you played as a kid but instead of your little brother trying to run you into walls, you’ve got a clear screen to follow. The radar screen will tell us if you’re moving closer or further away. Awesome feature number two of this already excellent invention is the "virtual leash," which allows you to set a designated distance you want your items to be from you. If you move out of that range, the app buzzes or beeps (your choice), letting you know that you’re too far away.You can also set up a "reverse leash." Say, for example, you’re rushing out the door to an interview but your phone is resting innocently on your bed side table where you slammed it down that morning after the alarm jolted you awake. If you’ve got the reverse leash connecting your keys and your phone, your keys will buzz to let you know what you left behind. About the size of a 10p piece, the Stick-N-Find stickers can attach via adhesive to valued possessions, pets or youngsters and send a low-energy Bluetooth signal with a range of about 100ft. So far the team behind it has developed apps compatible with both iOS and Android devices with a range of features to help users track down their stickered-up possessions when they go missing. The first function the app offers is a simple radar screen that approximates the distance - but not yet the location - of all the paired Stick-N-Find stickers in range.If a sticker moves out of the 100 foot range from the phone, then the user can turn on the "Find IT" feature within the smartphone application. Once the sticker comes in range of the phone again, the application will alert the user immediately. For example, one of the Stick-N-Find stickers could be attached to a piece of luggage that was checked prior to a flight. The owner of the bag can rest comfortably after the flight and wait for a smartphone alert rather than standing directly beside the baggage carousel. The smartphone application also allows users to trigger an alert if a sticker moves out of a specified range. Called the "Virtual Leash" feature, users can set a distance range for each sticker as well as assign names to the stickers. This could be particularly useful to keep track of expensive items, pets or children. For instance, the user could setup an alert that would trigger if the family cat found a way to get outside to explore the neighborhood. Parents could attach the sticker to the clothing of small children to trigger an alert if the child gets too far away from their location.A second feature, which the designers call the Virtual Leash, allows users to set an alarm to sound whenever a sticker moves a predetermined distance from your phone. This feature could be used to keep track of your children at the playground, for example, or to remind you if you're getting ready to leave the house for work and forget to pick up your keys. The feature can even be reversed to help you to remember your phone by, for example, getting the sticker on your keys to buzz should you carry them too far from the gadget third feature called Find It helps to locate any items that are out of range by setting an alarm to sound as soon as they appear on the app's radar, allowing you to begin using it to track down the lost item as soon as you are nearby. The stickers themselves will keep going for up to a year on a watch-type battery. They include buzzers and flashing lights that can be activated remotely to help users track them down and one smartphone can be paired with as many as 20.The next innovative one among the Bluetooth stickers are they also have introduced the second type of stickers with the same working functions but the matter is they have attached an small light to it so that when every or where every you are in an dark place also you can easily identify the things .This flashing lights are very helpful in mid nights. The second new innovative thing about the stick n find Bluetooth stickers are they have introduced thee stickers in many different colors so that even if stick some where they wont look different. When they are been sticked to some surfaces.

Computer Full form is “Common Operating Machine Particularly used for Technological Engineering Research”C= CommonO= OrientedM= MachineP= ParticularlyU= United and used underT= Technical andE= EducationalR= Research.A computer is a device that can be instructed to carry out sequences of arithmetic or logical operations automatically via computer programming. Modern computers have the ability to follow generalized sets of operations, called programs. These programs enable computers to perform an extremely wide range of tasks.Here is full list of related basic full form of computer-ABC : Tans off – Berry computerA/D : Analog to digitalGP : Graphics portAI : Artificial intelligenceALGOL : Algorithmic LanguageALU : Arithmetic Logic UnitAM : Amplitude ModulationAMD : Advanced Micro DevicesANSI : American National standards InstituteARPNET : Advanced Research Project Agency NetworkASIC : Application specific Integration circuitASCII : Americna Standard code for Information InterchangeATM : Asynchronous Transfer Mode/Automatic Teller MachineBARC : Bhabha Atomic Research centreBasic : Beginners‟ All – Purpose symbolic In-suction codeBCD : Binary coded DecimalBEMA : Business Equipment Manufactures associationBIOS : Basic Input Output systemBCR : Bar code ReaderBPI : Bytes per InchBPS : Bits Per SecondBSNL : Bhrat Snchar Nigm LimitedCAD : Computer Aided DesignCAL : Computer Aided LeeringCAM : Computer Aided ManufacturingCD : Compact DiskMust ReadFREE WEB HOSTING FOR STUDENTC-DAC : Centre for Development of Advanced computingC-DOT : Centre for Development of TelemetricCD-R : Compact Disk-RecordableCD-ROM : Compact Disk-Read only MemoryCD-R/W : Compact Disk-Read/WriteClass : Computer Literacy and Studies in schoolCMOS : Complementary Metal oxide semiconductorCOBOL : Common business oriented LanguageCMY : Cyan – Magenta – YellowComal : Common Algorithmic LanguageCPI : Character Per InchCPS : Central Processing UnitCRS : Compueriesed Reservation systemCRT : Cathode Ray tubeCTS : Clear to sendCU : Control UnitD/a : Digital – to – AnalogDBMS : Data Base Management systemDDS : Digital Data StorageDEC : Digital Equipment CorporationDOS : Disk Operating systemDPI : Dots per InchDRDO : Defense Research and Development OrganizationDSHD : Double sided high DensityDTP : Desk op publishingDTR : Data Terminal ReadyDTS : Digital theater systemDVD : Digital Video/Versatile DiskE-business : Electronicd businessE-Commerce : Electronic CommerceE-Mail : Electronic MailEBCDIC : Exended binary coded Decimal In terchange CodeEDP : Electronic data processingEEPROM : Electrically Erasable programmable Read only memoryEFT : Electronic fund TransferENIAC : Electronic Numerical integrator and calculatorEPROM : Erasable programmable Read ony MemoryERNET : Education and Research NetworkEXE : ExecutionFAT : file allocation tableFD : Floppy diskFDM : Frequency division multiplexingFET : Eifel Effect TransitoryFIFO : First – In, First – outFILO : First In, Last OutFM : Frequency ModulationFortran : Formula translationFSK : Frequency shift KeyingFTP : file Transfer ProtocolGB : Giga BytesGIGO : Garbage in garbage outGIS : Geographical information systemGPL : general public licenseGPS : Global positioning systemGUI : Graphical user interfaceHLL : High Level LanguageHP : Hewlett PackardHTML : Hyper Text Markup LanguageHTTP : Hyper Text Tranfer ProtocolIBM : International business MachinesIC : Integrated CircuitI/O : Input – OutputIP : Internet ProtocolIRC : Internet Relay chatISDN : Integrated services digital NetworkISH : Information super highwayISO : International standards OrganizationISP : Internet service providerIT : Information technologyJPEG : Joint Photographic expert groupJRE : Jav Runtime EngineJSP : Java Server pagesKB : Kilo bytesKIPS : Knowledge information processing systemLAN : Local Area NetworkLaser : Light amplification for stimulated emission of radiationLCD : Liquid crystal displayLD : Laser diodeLEd : Light – Emitting diodeLISP : Lit processingLLL : Low Level languageLSD : Least significant digitLSI : Least significant digitLSI : Large scale integrationMAN : Metropolitan Area NetworkMB : Mega BytesMHz : Mega HertzMICR : Magnetic Ink character recognitionMIDI : Musical instrument digital interfaceMIPS : Million Instructions Per secondMODEM : Modulator – DemodulatorMOPS : Million operations per secondMOS : Metal oxide semiconductorMPEG : Moving picture expert groupMP-3 : MPEG-I Audio Layer 3MS : MicrosoftMSD : Most significant digitMSD : Most significant digitMSI : Medium scale IntegrationMTBF : Mean time between FailureMTNL : Mahanagar Telephone Nigam limitedNICNET : National Informatics centre NetworkNIU : Network interface UnitNTSC : National television standards committeeOCR : Optical character recognitionOMR : Optical Mark ReaderOOP : Object oriented programmingOS : Operating systemOSS : Open source softwarePAL : Phase alternation LinePC : Personal computerPCB : Printed circuit boardPCI : Peripheral component interconnectPDA : Personal digital AssistantPDF : Portable document formatPL/1 : Programming language 1PM : Phase modulationPOST : Power on self testPPM : Pages per minuteProlog : Programming in logicPROM : Programmable Read only MemoryPSTN : Public switched telephone networkQAS : Quality assurance serviceRAM : random access memoryRGB : Red, Green, blueROM : Read only MemoryRPG : Report program generatorRS-232 : Recommended standard 2-3-2SCSI : Small computer system interfaceSEQUEL : Structured English quer LanguageSIMM : Single in line memory moduleSSI : small scale integrationSVGA : Super Video graphics arraryTB : Tera byteTCP : Transmission control protocolTDM : Time division multiplexingULSI : Ultra large scale IntegrationUNIVAC : Universal Automatic computerUPS : Uninterrupted power supplyURL : Uniform resource locaterUSB : Universal serial busUVEprom : Ultra violet erasable programmable read only memoryVAN : Value aided networkVCR : Video cassette recorderVDU : Video display unitVGA : Video graphics arrayVirus : Vital information resources under seizeVLSI : Very lage scle integrationVSNL : Videsh sanchar nigam limited.WAN : Wide area networkWaP : Wireless application ProtocolWLL : Wireless local loopWMP : Windows media playerWORM : Write once – read manyWWW : World wide webXMS : Extended memory specification2G : Second generation wireless networkingG : Third generation wireless networking technologyI hope my answer will help for everyone to find the right answer of full form of computer, if you like this answer don’t forget to upvote and follow me Payal Mehar