ebook ebooks e-book e-books downloaden bei MyEbooks.ch downloaden

Dynamic Reconfigurable Architectures and Transparent Optimization Techniques Automatic Acceleration of Software Execution

:	Antonio Carlos Schneider
:	Luigi Carro, Antonio Carlos Schneider
:	Dynamic Reconfigurable Architectures and Transparent Optimization Techniques Automatic Acceleration of Software Execution
:	Springer-Verlag
:	9789048139132
:	1
:	CHF 85.70
:

:	Elektronik, Elektrotechnik, Nachrichtentechnik
:	English

:	177
:	Wasserzeichen/DRM
:	PC/MAC/eReader/Tablet
:	PDF

Dynamic Reconfigurable Architectures and Transparent Optimization Techniques presents a detailed study on new techniques to cope with the aforementioned limitations. First, characteristics of reconfigurable systems are discussed in details, and a large number of case studies is shown. Then, a detailed analysis of several benchmarks demonstrates that such architectures need to attack a diverse range of applications with very different behaviours, besides supporting code compatibility. This requires the use of dynamic optimization techniques, such as Binary Translation and Trace reuse. Finally, works that combine both reconfigurable systems and dynamic techniques are discussed and a quantitative analysis of one them, the DIM architecture, is presented.

	Preface	6
	Acknowledgements	8
	Contents	9
	Acronyms	13
	Introduction	16
	Challenges	16
	Main Motivations	19
	Overcoming Some Limits of the Parallelism	19
	Taking Advantage of Combinational and Reconfigurable Logic	21
	Software Compatibility and Reuse of Existent Binary Code	22
	Increasing Yield and Reducing Manufacture Costs	23
	This Book	25
	References	25
	Reconfigurable Systems	27
	Introduction	27
	Basic Principles	29
	Reconfiguration Steps	29
	Underlying Execution Mechanism	31
	Advantages of Using Reconfigurable Logic	34
	Application	36
	An Instruction Merging Example	36
	Reconfigurable Logic Classification	38
	Code Analysis and Transformation	38
	RU Coupling	39
	Granularity	41
	Instruction Types	43
	Reconfigurability	44
	Directions	44
	Heterogeneous Behavior of the Applications	45
	Potential for Using Fine Grained Reconfigurable Arrays	48
	Coarse Grain Reconfigurable Architectures	52
	Comparing Both Granularities	55
	References	57
	Deployment of Reconfigurable Systems	59
	Introduction	59
	Examples of Reconfigurable Architectures	60
	Chimaera	60
	RU Coupling	60
	Reconfigurable System and Granularity	60
	Instruction Type, Reconfiguration and Execution	61
	Code Analysis and Transformation	62
	Evaluation	62
	GARP	63
	RU Coupling	63
	Granularity	63
	Reconfigurable System	63
	Instruction Type, Reconfiguration and Execution	64
	Code Analysis and Transformation	65
	Evaluation	65
	REMARC	66
	RU Coupling	66
	Reconfigurable System and Granularity	66
	Instruction Type, Reconfiguration and Execution	68
	Code Analysis and Transformation	69
	Evaluation	69
	Rapid	69
	RU Coupling, Reconfigurable System and Granularity	69
	Instruction Type, Reconfiguration and Execution	70
	Code Analysis and Transformation	70
	Evaluation	70
	Piperench (1999)	71
	RU Coupling	71
	Reconfigurable System and Granularity	71
	Instruction Type, Reconfiguration and Execution	73
	Code Analysis and Transformation	74
	Evaluation	74
	Molen	75
	RU Coupling, Reconfigurable System and Granularity	75
	Instruction Type, Reconfiguration and Execution	75
	Code Analysis and Transformation	76
	Evaluation	76
	Morphosys	77
	RU Coupling, Reconfigurable System and Granularity	77
	Instruction Type, Reconfiguration and Execution	79
	Code Analysis and Transformation	79
	Evaluation	79
	ADRES	80
	RU Coupling	80
	Reconfigurable System, Granularity, Instruction Type, Reconfiguration and Execution	80
	Code Analysis and Transformation	81
	Evaluation	81
	Concise	82
	RU Coupling and Granularity	82
	Reconfigurable System, Instruction Type, Reconfiguration and Execution	82
	Code Analysis and Transformation	83
	Evaluation	83
	PACT-XPP	83
	RU Coupling	84
	Reconfigurable System, Granularity, Instruction Type	84
	Reconfiguration and Execution	85
	Code Analysis and Transformation	86
	Evaluation	86
	RAW	87
	RU Coupling	87
	Reconfigurable System and Granularity	87
	Instruction Type, Reconfiguration and Execution	88
	Code Analysis and Transformation	88
	Evaluation	88
	Onechip	89
	RU Coupling	89
	Reconfigurable System and Granularity	89
	Code Analysis and Transformation	90
	Instruction Type, Reconfiguration and Execution	90
	Evaluation	90
	Chess	90
	RU Coupling, Reconfigurable System, Granularity, Instruction Type, Reconfiguration and Execution	90
	Code Analysis and Transformation, and Evaluation	92
	PRISM I	92
	RU Coupling, Reconfigurable System, Granularity, Instruction Type, Reconfiguration and Execution	92
	Code Analysis and Transformation	92
	Evaluation	92
	PRISM II	92
	RU Coupling	93
	Reconfigurable System, Granularity, Instruction Type, Reconfiguration and Execution	93
	Code Analysis and Transformation	94
	Evaluation	94
	Nano	94
	RU Coupling	94
	Reconfigurable System, Granularity, Instruction Type, Reconfiguration and Execution	94
	Code Analysis and Transformation	95
	Evaluation	95
	Recent Dataflow Architectures	95
	Summary and Comparative Tables	97
	Other Reconfigurable Architectures	97
	Benchmarks	98
	References	103
	Dynamic Optimization Techniques	108
	Introduction	108
	Binary Translation	108
	Main Motivations