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Abstract: The dynamic power management (DPM) represents an important challenge for extending the battery lifetime in a portable system. The power management, based on static and off-line approaches, does not consider the basic property of a modern battery, which recovers a fraction of its charge during the idle time. The DPM approach profiles a complex system in different power figures depending on a reduced set of macro-states. The DPM problem gives a sequence of macro-states which increases the battery ... (Update)
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0.6: Bus-Switch Coding for Reducing Power Dissipation in Off-Chip - Buses Mauro Olivieri (2004) (Correct)
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BibTeX entry: (Update)
@misc{ channels-busswitch,
author = "Off-Chip Communication Channels",
title = "Bus-Switch Coding, for Dynamic Power Management in",
url = "citeseer.ist.psu.edu/732920.html" }
Citations (may not include all citations):98 Transition Density: A new measure of Activity in Digital Cir.. - Najm - 1993
67 Software Strategies for Portable Computer Energy Management - Lorch, Smith - 1998
61 Bus-Invert coding for low-power I/O - Stan, Burleson - 1995
19 Software Controlled Power Management - Lu, Simunic et al.
10 Battery Life Estimation of Mobile Embedded Systems - Panigrahi, Chiasserini et al. - 2001
10 Comparing System-Level Power Management policies - Lu, De Micheli - 2001
8 Dynamic Power Management of Electronic Systems - Benini, Bogliolo et al. - 1998
6 Architectures and Synthesis Algorithms for Power-Efficient B.. (context) - Benini, Macii et al. - 2000
2 Bus Switch coding for reducing power dissipation in off-chip.. - Olivieri, Pappalardo et al. - 2004
2 Adaptive Bus Encoding Technique for Switching Activity Reduc.. (context) - Siegmund, Kretzschmar et al. - 2000
1 Communication Based Power Management (context) - Lahiri, Raughunathan - 2002
1 Process and device for reducing the bus switching activity a.. (context) - Visalli, Pappalardo - 2004
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Encoding Circuits for Low Power Optical - On-Chip Communications Mauro (Correct)
Low-Power Floating-Point Encoding For Signal Processing - Applications Giuseppe Visalli (Correct)
Performance - Timing Overhead Trade-off Analysis for a - Low-Power Data Bus (Correct)
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