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not appropriate for this environment since they require terminals that are bulky compared to the size of a handheld mobile station (MS) That is, data services are generally not designed for an integrated implementation on mobile telephones since they usually require a keyboard and a reasonably large display screen However, SMS supports the transmission and reception of simple messages that are convenient for display on mobile terminals The ANSI-41 SMS is designed as a generic short-message transport mechanism The following design imperatives were applied to the SMS:

The difference in frequency is therefore 20101 20100 =001 MHz, which is the audio frequency of 1 kilohertz If a signal were at 20110 MHz, it would be converted to an audio frequency of 10 kHz Since the RF signal is converted directly to audio, the radio is known as a direct conversion receiver To eliminate interfering stations at nearby frequencies, a low pass filter is next used, which is like a window, a few kilohertz wide through which Jupiter signals can enter When listening for Jupiter or the Sun, the radio will be tuned to find a clear channel Since frequencies more than a few kilohertz away from the center frequency may contain interfering signals, these higher frequencies must be eliminated This is the purpose of the low pass filter following the mixer It passes low (audio) frequencies up to about 35 kHz and attenuates higher frequencies Finally the low pass filter feeds an audio amplifier stage which takes the very weak audio signal from the mixer and amplifies it enough to drive headphones directly, or to drive an external amplified speaker assembly

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Support a variety of teleservice applications Make use of commonly implemented transport protocols Incorporate a flexible addressing scheme Easily interwork with other packet-switched data networks Be compatible with electronic mail services, paging services, and other commonly used messaging services

is amplified The output of the J-310 goes through another resonant filter (L3, C6) before being applied to the resonant input circuit (L4, C9, C10) of the SA602 integrated circuit (U1), which serves as the local oscillator and mixer The center frequency of the local oscillator is set by inductor L5 and adjusted by the tuning control R7 The audio output from U1 passes through the lowpass audio filter (L6, L7, C20, C21, and C22) The audio signal is next amplified by U2 (an NTE824) before going to the volume control R15 The final audio amplifier stages comprise U3 (another NTE824), and the output transistors Q2 (2N-3904) and Q3 (2N-3906) After the receiver has been assembled, the variable capacitors C2 and C6 and variable inductors L4 and L5 will be adjusted to tune the receiver for operation at 201 MHz

The SMS is categorized into the following two types of services: SMS bearer service and SMS teleservices These services require two functional entities in addition to those used for basic mobile telecommunications: the message center (MC) and the short-message entity (SME) These services and functional entities are described in detail in the following sections

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The SMS bearer service is the basic transport mechanism to convey a short message as a packet of data between two points on the network The short message may have length up to 200 octets, although vendor implementations and service providers may further restrict this length The SMS bearer service does not contain many features itself This allows for the flexibility of custom applications (ie, teleservices) to use a simple transport mechanism The bearer service supports the standardized teleservices described in the next section The SMS bearer service is designed to use any one of the following transport protocols:

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