Comparative analysis of Sequential and Concurrent processing for float als von
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Von Händler/Antiquariat, Rheinberg-Buch, [3813847].
Neuware - Floating point adders are hard to implement on reconfigurable devices because of complexity of their algorithm. Proposed work describes the implementation of floating point adder using sequential and concurrent processing on reconfigurable hardware. Implementation of floating point adder using sequential processing utilizes less chip area but with significant increase in combinational delay and clock period as compared with concurrent processing. Implementation of floating point adder using concurrent processing on Virtex 4 consumes 7% chip area with a combinational delay of 24.201nsec without offset and 27.891nsec offset delay and implementation of floating point adder on Spartan 2E using concurrent processing utilizes 401 slices with a combinational delay of 56.679nsec and consumes 188908 Kbytes of memory while implementing same on Spartan 2E using sequential processing consumes 52% chip area with a combinational delay of 69.987nsec and it implies that clock speed of concurrent processing is more than sequential processing but area consumption is also more. 02.06.2017, Taschenbuch, Neuware, 220x150x4 mm, 124g, 72, Internationaler Versand, PayPal, offene Rechnung, Banküberweisung, sofortueberweisung.de.

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Von Händler/Antiquariat, Agrios-Buch [57449362], Bergisch Gladbach, Germany.
Neuware - Floating point adders are hard to implement on reconfigurable devices because of complexity of their algorithm. Proposed work describes the implementation of floating point adder using sequential and concurrent processing on reconfigurable hardware. Implementation of floating point adder using sequential processing utilizes less chip area but with significant increase in combinational delay and clock period as compared with concurrent processing. Implementation of floating point adder using concurrent processing on Virtex 4 consumes 7% chip area with a combinational delay of 24.201nsec without offset and 27.891nsec offset delay and implementation of floating point adder on Spartan 2E using concurrent processing utilizes 401 slices with a combinational delay of 56.679nsec and consumes 188908 Kbytes of memory while implementing same on Spartan 2E using sequential processing consumes 52% chip area with a combinational delay of 69.987nsec and it implies that clock speed of concurrent processing is more than sequential processing but area consumption is also more. 72 pp. Englisch.

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Von Händler/Antiquariat, Buchhandlung Hoffmann, [3174608].
Neuware - Floating point adders are hard to implement on reconfigurable devices because of complexity of their algorithm. Proposed work describes the implementation of floating point adder using sequential and concurrent processing on reconfigurable hardware. Implementation of floating point adder using sequential processing utilizes less chip area but with significant increase in combinational delay and clock period as compared with concurrent processing. Implementation of floating point adder using concurrent processing on Virtex 4 consumes 7% chip area with a combinational delay of 24.201nsec without offset and 27.891nsec offset delay and implementation of floating point adder on Spartan 2E using concurrent processing utilizes 401 slices with a combinational delay of 56.679nsec and consumes 188908 Kbytes of memory while implementing same on Spartan 2E using sequential processing consumes 52% chip area with a combinational delay of 69.987nsec and it implies that clock speed of concurrent processing is more than sequential processing but area consumption is also more. 02.06.2017, Taschenbuch, Neuware, 220x150x4 mm, 124g, 72, Internationaler Versand, offene Rechnung (Vorkasse vorbehalten), sofortueberweisung.de, Selbstabholung und Barzahlung, Skrill/Moneybookers, PayPal, Lastschrift, Banküberweisung.

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Von Händler/Antiquariat, European-Media-Service Mannheim [1048135], Mannheim, Germany.
Publisher/Verlag: LAP Lambert Academic Publishing | Floating point adders are hard to implement on reconfigurable devices because of complexity of their algorithm. Proposed work describes the implementation of floating point adder using sequential and concurrent processing on reconfigurable hardware. Implementation of floating point adder using sequential processing utilizes less chip area but with significant increase in combinational delay and clock period as compared with concurrent processing. Implementation of floating point adder using concurrent processing on Virtex 4 consumes 7% chip area with a combinational delay of 24.201nsec without offset and 27.891nsec offset delay and implementation of floating point adder on Spartan 2E using concurrent processing utilizes 401 slices with a combinational delay of 56.679nsec and consumes 188908 Kbytes of memory while implementing same on Spartan 2E using sequential processing consumes 52% chip area with a combinational delay of 69.987nsec and it implies that clock speed of concurrent processing is more than sequential processing but area consumption is also more. | Format: Paperback | Language/Sprache: english | 72 pp.

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Von Händler/Antiquariat, expressbuch24.
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