Yoram Bernet has led Microsoft in the formation of its QoS vision for the last four years, and has also played a leadership role in the Internet Engineering Task Force's QoS efforts. Currently an architect in Microsoft's Windows Networking Group, Yoram previously managed the Network QoS Development Group for Windows 2000. He has been an active participant and has authored several drafts in a number of IETF QoS-related working groups.
Before his involvement with QoS specifically, Yoram designed the network infrastructure for the Microsoft Interactive TV program. Prior to his move to Microsoft, he worked at Memorex/Telex briefly, and at AT&T and Bell Labs for nine years. At AT&T, Yoram developed graphics hardware and, later, communications software.
Yoram has a degree in biomedical engineering from Case Western Reserve University.
The Technology Series is a comprehensive and authoritative set of guides to the most important computing standards of… (tovább)
Yoram Bernet has led Microsoft in the formation of its QoS vision for the last four years, and has also played a leadership role in the Internet Engineering Task Force's QoS efforts. Currently an architect in Microsoft's Windows Networking Group, Yoram previously managed the Network QoS Development Group for Windows 2000. He has been an active participant and has authored several drafts in a number of IETF QoS-related working groups.
Before his involvement with QoS specifically, Yoram designed the network infrastructure for the Microsoft Interactive TV program. Prior to his move to Microsoft, he worked at Memorex/Telex briefly, and at AT&T and Bell Labs for nine years. At AT&T, Yoram developed graphics hardware and, later, communications software.
Yoram has a degree in biomedical engineering from Case Western Reserve University.
The Technology Series is a comprehensive and authoritative set of guides to the most important computing standards of today. Each title in this series is aimed at bringing computing professionals closer to the scientists and engineers behind the technological implementations that will change tomorrow's innovations in computing.
Quality of Service enables network managers to offer high-quality services to network applications while improving the efficiency with which resources are used. This book describes QoS standards work that has evolved over the past few years. It provides network administrators, developers of networked applications, and IT decision makers with an understanding of QoS mechanisms and the role of Windows operating systems in networking QoS. This authoritative reference examines:
– Motivations for QoS-enabling one's network
– The quality/efficiency profuct of a network
– Windows QoS mechanisms in detail, including the Generic QoS API, the traffic control API, the Admission Control Services (ACS), and operation of the QoS service provider
Networking Quality of Service and Windows Operating Systems explains the myriad technologies (both host- and network-based) that play a role in the full-service QoS-enabled network. This book will help you:
– Determine the trade-offs when deciding whether to implement a QoS-enabled network
– Understand the numerous mechanisms involved in providing QoS-enabled networks, such as RSVP, ATM, Differentiated Services, 802.1 user priority, and others
– Combine QoS technologies to most efficiently support a range of service qualities on networks of varying media and topologies
– Analyze and troubleshoot networks that employ Windows QoS mechanisms using various tools