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is connected to a sound source such as a TV, a radio, a public address system or a dedicated microphone It then amplifies this sound signal and sends it out, in the form of an alternating current, through the loop The loop itself consists of insulated wire, one turn of which is placed around the perimeter of the room in a simple loop system When the alternating current from the amplifier flows through the loop, a magnetic field is created within the room The magnetic field induces the signal into the Induction loop coil in the induction receiver unit In the portable induction receiver, the induction coil picks up the induced signal from the transmitting loop coil The fluctuations in the magnetic field are converted into alternating currents once more These are in turn amplified and converted by the induction loop receiver into sound The magnetic field within the loop area is strong enough to allow the person with the hearing aid or Induction Loop Receiver to move around freely in the room and still receive the sound at a comfortable listening level Many modern day hearing aids incorporate a telecoil into the hearing device So if a hearing aid user switches to the T or MT position on their hearing aid, the telecoil in the hearing aid picks up the induced signal from an induction loop transmitter and amplifies the signal for the hearing aid user to hear This is a convenient feature for hearing aid users, in classrooms, churches, and museums with induction coil transmitters The listener can receive an audio signal without being physically or electrically connected to the loop, so in effect induction loop transmission is a form of wireless telephony The listener receives the sound in one of two ways; either through the use of the T-coil or telephone switch on a hearing aid instrument or through an induction receiver that can work with earphone, which we will discuss in our project The basic induction loop system consists of a transmitter section and a receiver section, as shown in Figure 15-1 The transmitter section consists of a microphone or signal source, an audio amplifier to boost the signal, and a large loop or wire around the room or listening area The receiver section consists of a smaller loop coil, an audio amplifier which boost the incoming audio and a pair of headphones.

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Intelligent devices are those that can have a business application loaded onto them and can process this application without the need for a wireless network Examples are PDAs, PocketPCs, and laptops Intelligent devices can handle robust applications and rich user interaction The downside of these devices is they are complex computers requiring skilled staff to install and maintain applications On the other end of the device spectrum are smart phones that have very limited device capacity and rely on server applications Phones are lightweight and useful, do not require skilled staff, but can only provide the user with an application when there is a network present If the user population of the proposed wireless application is comprised of non-employees, then it is likely that the application will have to be limited to phones and other browser-based devices By limiting it to devices that rely on server side computing resources, the implementation is simplified This is critical when dealing with consumers If the user population will be entirely employees then the device can be of either type Employees of a company such as truck drivers, field repair technicians, or insurance claims processors have an obligation to use the technology that is given to them Intelligent devices can handle complex applications and rich data content, which are likely to be necessary to accomplish their business tasks, making an intelligent client the better choice for them The device type chosen and the mode of operation required have a direct effect on the type of wireless platform support that will be needed If phones are the only devices that need to be supported, then transcoding middleware will be sufficient This category of middleware can render the web pages in the appropriate format to match the devices browser, such as transcoding HTML used on the web to wireless markup language (WML) or to handheld device markup language (HDML), which are used on these devices If intelligent clients need to be supported such that applications are written in a distributed design (distributed computing, client/server, peer-to-peer) then a message queuing or synchronization middleware will be needed.

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