Intended for an interdisciplinary audience involved in computer systems research, this second volume presents technical information on emerging topics in the field.
Intended for an interdisciplinary audience involved in computer systems research, this second volume presents technical information on emerging topics in the field.
1 Limits of Information Processing Systems.- 1.1 Introduction.- 1.2 Physical Nature of Systems.- 1.3 Devices.- 1.4 Information Storage.- 1.5 Communication.- 1.6 Heat Removal.- 1.7 Conclusion.- References.- 2 The Limitations of Interconnections in Providing Communication between an Array of Points.- 2.1 Introduction.- 2.2 Some Definitions.- 2.3 System Model.- 2.4 Optical Interconnections.- 2.5 Normally Conducting Interconnections.- 2.6 Repeatered Normally Conducting Interconnections.- 2.7 Superconducting Interconnections.- 2.8 Discussion.- 2.9 Towards Unifying Physical and Algorithmic Approaches.- 2.10 Summary and Conclusions.- A Appendix.- References.- 3 Optics in Multiple-Instruction, Multiple-Data Stream Computers.- 3.1 Introduction.- 3.2 Interconnection Networks for Massive Parallel Computers.- 3.3 An Electro-Optic Communication System.- 3.4 A Reconfigurable Optical Interconnection Protocol.- 3.5 Fabrication Processes Suitable to Realize an OELE.- 3.6 A New Class of Opto-Electronic Logic Elements.- 3.7 Future Research in the 'DPP9X' Computer Project.- A Appendix.- References.- 4 Clouds, Computers and Complexity.- 4.1 Interconnection Complexity.- 4.2 Clouds and Computers.- 4.3 Fractals and Entropy.- 4.4 Discussion.- 4.5 Conclusion.- References.- 5 Experimental Studies of Analog Neural Networks.- 5.1 Introduction.- 5.2 Adaptive Networks and Analog Electronic Hardware.- 5.3 Optically Controlled Adaptive Network.- 5.4 Network Performance.- 5.5 Signal Prediction.- 5.6 Simulation Results.- 5.7 Scaling Considerations.- 5.8 An Application of an Analog Neural Network.- 5.9 Future Prospects for Analog Neural Networks.- References.- 6 Complex Behavior in Networks with Distributed Routing.- 6.1 Introduction.- 6.2 Physical Model of Distributed Networks.- 6.3 DynamicBehavior.- 6.4 Phase Transition in Mesh Networks.- 6.5 Conclusions.- References.- 7 New Approaches in System-Level Diagnosis.- 7.1 Fault Diagnosis in Multi-Processor Systems.- 7.2 System-Level Diagnosis.- 7.3 Classification of Diagnosable Systems.- 7.4 Diagnosability Algorithms.- 7.5 Diagnosis Algorithms.- 7.6 Summary and Conclusions.- References.
1 Limits of Information Processing Systems.- 1.1 Introduction.- 1.2 Physical Nature of Systems.- 1.3 Devices.- 1.4 Information Storage.- 1.5 Communication.- 1.6 Heat Removal.- 1.7 Conclusion.- References.- 2 The Limitations of Interconnections in Providing Communication between an Array of Points.- 2.1 Introduction.- 2.2 Some Definitions.- 2.3 System Model.- 2.4 Optical Interconnections.- 2.5 Normally Conducting Interconnections.- 2.6 Repeatered Normally Conducting Interconnections.- 2.7 Superconducting Interconnections.- 2.8 Discussion.- 2.9 Towards Unifying Physical and Algorithmic Approaches.- 2.10 Summary and Conclusions.- A Appendix.- References.- 3 Optics in Multiple-Instruction, Multiple-Data Stream Computers.- 3.1 Introduction.- 3.2 Interconnection Networks for Massive Parallel Computers.- 3.3 An Electro-Optic Communication System.- 3.4 A Reconfigurable Optical Interconnection Protocol.- 3.5 Fabrication Processes Suitable to Realize an OELE.- 3.6 A New Class of Opto-Electronic Logic Elements.- 3.7 Future Research in the 'DPP9X' Computer Project.- A Appendix.- References.- 4 Clouds, Computers and Complexity.- 4.1 Interconnection Complexity.- 4.2 Clouds and Computers.- 4.3 Fractals and Entropy.- 4.4 Discussion.- 4.5 Conclusion.- References.- 5 Experimental Studies of Analog Neural Networks.- 5.1 Introduction.- 5.2 Adaptive Networks and Analog Electronic Hardware.- 5.3 Optically Controlled Adaptive Network.- 5.4 Network Performance.- 5.5 Signal Prediction.- 5.6 Simulation Results.- 5.7 Scaling Considerations.- 5.8 An Application of an Analog Neural Network.- 5.9 Future Prospects for Analog Neural Networks.- References.- 6 Complex Behavior in Networks with Distributed Routing.- 6.1 Introduction.- 6.2 Physical Model of Distributed Networks.- 6.3 DynamicBehavior.- 6.4 Phase Transition in Mesh Networks.- 6.5 Conclusions.- References.- 7 New Approaches in System-Level Diagnosis.- 7.1 Fault Diagnosis in Multi-Processor Systems.- 7.2 System-Level Diagnosis.- 7.3 Classification of Diagnosable Systems.- 7.4 Diagnosability Algorithms.- 7.5 Diagnosis Algorithms.- 7.6 Summary and Conclusions.- References.
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