A little Smalltalk by Timothy Budd

By Timothy Budd

Budd's creation to Smalltalk programming and the Little Smalltalk interpreter specializes in effortless, instead of complicated issues of object-oriented programming. The Little Smalltalk procedure runs lower than the UNIX working approach and will be accomplished on traditional terminals.

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This can be combined with the space and time division. From the programmer’s viewpoint, the actual physical implementation should be hidden and a programming model should be available, that allows to model different interconnect paradigms and gives the uses the possibility to perform the energy flexibility trade-offs. A RINGS architecture allows the platform to be changed as the target changes. This approach has been proven successful for an embedded fingerprint authentication system [25]. We are currently working on applying the same design methodology to accelerate multimedia applications for wireless embedded systems.

The Viterbi algorithm is a dynamic programming technique to find the most likely sequence of transitions that a convolutional encoder has generated. Most practical convolutional encoders are rate 1/n (which means that one input bit generates n coded output bits). A convolutional encoder of “constraint length K” can be represented as a finite state machine (FSM) with K-1 memory bits. This means that the FSM has 2K–1 possible states, also called trellis states. If the input is binary, there are two possible next states starting from a current state because the next state is computed from the current state and the input bit.

Aoki, S. Shigematsu, and J. Yamada, 1-V power supply highspeed digital circuit technology with multithreshold-voltage CMOS, IEEE J. Solid-State Circuits, 30, 1995, pp. 847–854, Aug. 1995. [21] L. Clark, A high-voltage output buffer fabricated on a 2-V CMOS technology, VLSI Circuit Symp. , pp. 61–62, 1999. [22] R. Swanson and J. Meindl, Ion-implanted complementary MOS transistors in low-voltage circuits, IEEE JSSC, SC-7, pp. 146–153, April 1972. [23] L. Clark, M. Morrow, and W. Brown, Reverse body bias for low effective standby power, IEEE Trans.

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