Results 151 to 160 of about 1,972 (175)

Propeller Assembler: PASM

2018
Now that we are all up to speed on Spin, let’s plunge into PASM. Here I introduce the form and structure of PASM cogs and the details of PASM instructions.
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Debugging PASM Code

2018
It is relatively straightforward to debug Spin code. You can insert commands to print the value of variables to the terminal. This is a time-honored way to debug code, and though tedious, it works.
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Task Scheduling on the PASM Parallel Processing System

IEEE Transactions on Software Engineering, 1985
PASM is a proposed large-scale distributed/parallel processing system which can be partitioned into independent SIMD/MIMD machines of various sizes. One design problem for systems such as PASM is task scheduling. The use of multiple FIFO queues for nonpreemptive task scheduling is described.
D.L. Tuomenoksa, H.J. Siegel
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The PASM project: a study of reconfigurable parallel computing

Proceedings Second International Symposium on Parallel Architectures, Algorithms, and Networks (I-SPAN'96), 2002
PASM is a concept for a parallel processing system that allows experimentation with different architectural design alternatives. PASM is dynamically reconfigurable along three dimensions: partitionability into independent or communicating submachines, variable interprocessor connections, and mixed-mode SIMD/MIMD parallelism. With mixed-mode parallelism,
H.J. Siegel, T.D. Braun, H.G. Dietz, M.B. Kulaczewski, M. Maheswaran, P. Pero, J.M. Siegel, J.J.E. So, null Min Tan, M.D. Theys, null Lee Wang   +10 more
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Using the Augmented Data Manipulator Network in PASM

Computer, 1981
The ADM network, with its multiple paths between given inputs and outputs, could bring fast, cost-effective communications to PASM and other distributed/parallel systems.
H.J. Siegel, R.J. McMillen
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Software Issues for the PASM Parallel Processing System

1993
Partitionable mixed-mode systems can be dynamically reconfigured to form independent or communicating submachines of various sizes, where each submachine can switch between the SIMD and MIMD modes of parallelism at instruction level granularity. These systems allow software developers to tailor the system size and mode of parallelism to best match the ...
James B. Armstrong, Daniel W. Watson, Howard Jay Siegel   +2 more
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Programming with C and PASM

2018
In this chapter, we will look at the combination of using C for the main cog (and any other cogs that are not required to be fast) and PASM for the critical cog that must run as fast as possible.
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CI-PASM - Computational Intelligence Based Prognostic Automotive System Model

2009 4th IEEE Conference on Industrial Electronics and Applications, 2009
In an ideal case physically oriented vehicle models can reduce the required practical knowledge of a vehicle designer. These types of models are effective cost reducing tools used in industrial development cycles. There are many variables that can be used as input both internal and external to model automobile performance. The focus of this paper is on
Denis Todd Vollmer, Milos Manic
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Implementing the Compression Code in PASM

2018
In this chapter and the next one, we will start to write some real PASM code to implement the compression. In this chapter, I will talk mainly about passing parameters to the PASM cog. In the next chapter, I will complete the compression and decompression code.
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The PASM System and Parallel Image Processing

1985
One way to do image processing faster is through the use of parallelism. Different modes of parallelism can be employed in a computer system. The SIMD (single instruction stream — multiple data stream) mode [9] typically uses a set of N processors, N memories, an interconnection network, and a control unit (e.g., Illiac IV [6], STARAN [5], CLIP4 [8 ...
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