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Titlebook: Applications of Photonic Technology 2; Communications, Sens George A. Lampropoulos,Roger A. Lessard Book 1997 Springer Science+Business Med

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期刊全称Applications of Photonic Technology 2
期刊简称Communications, Sens
影响因子2023George A. Lampropoulos,Roger A. Lessard
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图书封面Titlebook: Applications of Photonic Technology 2; Communications, Sens George A. Lampropoulos,Roger A. Lessard Book 1997 Springer Science+Business Med
影响因子This book presents a current review ofphotonic technologies and their applications. The papers published in this book are extended versions of the papers presented at the Inter­ national Conference on Applications ofPhotonic Technology (ICAPT‘96) held in Montreal, Canada, on July 29 to August 1, 1996. The theme of this event was "Closing the Gap Between Theory, Developments and Applications. " The term photonics covers both optics and optical engineering areas of growing sci­ entific and commercial importance throughout the world. It is estimated that photonic tech­ nology-related applications to increase exponentially over the next few years and will play a significant role in the global economy by reaching a quarter of a trillion of US dollars by the year 2000. The global interest and advancements of this technology are represented in this book, where leading scientists of twenty-two countries with advanced technology in photon­ ics present their latest results. The papers selected herein are grouped to address six distinct areas ofphotonic tech­ nology. The reader will find throughout the book a combination of invited and contributed papers which reflect the state of the art tod
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https://doi.org/10.1007/978-1-4757-9250-8Laser; Lidar; SSI; applied optics; communication; integrated circuit; memory management unit
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978-1-4757-9252-2Springer Science+Business Media New York 1997
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Marx and the Historical Unconsciousics to cope with a much larger numbers of parallel paths. Yet, electronics designers have been very reluctant to turn to optics. The main reason is the inferior performance of opto-electronic devices compared to electronics in a number of significant ways. Due to diffraction limits opto-electronic d
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Marx and the Historical Unconsciousheir corner of the industry with little help from government which favored the giants’ mainframe mindset. Microsoft, Intel, and Apple became common names after Xerox developed (and let go) the seeds of new industries: laser printer, desk-top, mouse. A few giants (Motorola, Hewlett-Packard, AT&T) the
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Optical Chip Interconnections: Economically Viable ?ics to cope with a much larger numbers of parallel paths. Yet, electronics designers have been very reluctant to turn to optics. The main reason is the inferior performance of opto-electronic devices compared to electronics in a number of significant ways. Due to diffraction limits opto-electronic d
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Marx and the Historical Unconscious have been difficult to realize and remain costly. In this paper we indicate possible ways to improve the performance of optical interconnects in all those areas where optics are considered inferior. We illustrate this through some of our own results in this area.
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