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Another technology for transferring data, usually over a WAN, is Time Division Multiplexing (TDM). In TDM, each host station sends information to a switch. The switch then transmits a frame to a router/switch at a constant data rate (e.g., 1.5 Mbps). This frame is then divided into many fixed timeslots (24), each slot being 64 Kbps. Each host can occupy one or more timeslots per frame. The key point is that each host PC is given a fixed data rate. If the host uses one timeslot, then its transmitting rate is 64K. If the pipe rate is 1.5 Mbps, the host will have to supply their next 64K in the next big frame. The TDM designation is used because each host gets a fixed amount of time, and those times are multitasked or multiplexed onto the same physical channel. In Figure 3.7, each host PC transmits its characteristic frame (different slots appear as different shades of gray). The frames that are transmitted from the switch contain several timeslots. Within each of these frames, three of the timeslots are used by the respective PC hosts. TDM is a digital technology in which individual signals are interleaved into a composite multiplexed signal. Recurring, fixed-length timeslots are created such that each individual signal is represented by a single channel. The total transmission bandwidth is split among the timeslots. The total composite signal includes the payload bits for the composing channels and overhead bits that create a frame structure that repeats at regular intervals.

ATaG syntax and the broad classification of the annotation types currently supported. The task annotations relate to the placement and firing rules of tasks, while the channel annotations are used to specify different types of interests in instances of the associated abstract data item. Support for task placement based on compile-time or runtime availability of resources or on the desired degree of coverage (for sensing tasks) is not yet implemented in the prototype ATaG programming environment, and is hence italicized in the figure. The set of annotations is open-ended: More types can be defined based on the target class of applications, the hardware architecture of the sensor node, and the capabilities of the runtime system.

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Appendix A: Design Principles Avoid unnecessary reporting. Don t use dialogs to report normalcy. Avoid blank slates. Ask for forgiveness, not permission. Differentiate between command and configuration. Provide choices; don t ask questions. Hide the ejector seat levers. Optimize for responsiveness; accommodate latency.

The frame structures of the DS-1 [ANSI95b] and the European E1 [ITU-T98a] signals are shown in Figure 3.8.

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Framing and overhead bit 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 (a) DS1 frame, 24 channels plus 1 bit of framing and overhead Framing and overhead byte 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 (b) E1 frame, 32 channels with 1 byte for framing and overhead

Eliminate excise wherever possible. Don t weld on training wheels. Don t stop the proceedings with idiocy. Don t make users ask for permission. Allow input wherever you have output. Inflect the interface for typical navigation. Users make commensurate effort if the rewards justify it.

The DS-1 signal consists of 24 payload channels plus overhead. The basic frame of each of these signals repeats every 125 s (microseconds), that is, 8,000 times per second. With 8 bits carried in each channel, this gives rise to a basic data rate of 64 Kbps for each channel. The requirement for this data rate stems from the need to sample the analog telephony signal 8,000 times per second and encode each sample in 8 bits. A DS-1 frame contains 24 channels, each consisting of 8 bits, plus 1 framing/overhead bit, leading to a total of 193 bits. Since the frame repeats every 125 s (or 8,000 times a second), the total bit rate of the DS-1 signal is 1.544 Mbps. Similarly, the total bit rate of the E1 signal is 2.048 Mbps (32 channels of 8 bits, repeating every 125 s).

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