Enterprise traffic with a differentiated service mechanism
Chyan Yang, Chen‐Hua Fu, Yueh‐Heng Tu
Abstract
Chyan Yang, Chen‐Hua Fu, Yueh‐Heng Tu
Abstract
Abstract As an enterprise grows, its network bandwidth requirement also increases dramatically. Network performance of an enterprise will impact its operational performance. How do we efficiently manage an enterprise network's resources in an E‐business era? This research proposes a differentiated service mechanism to manage traffic flows in an enterprise. This mechanism would enhance the performance of an enterprise network and help an enterprise efficiently transmits important information. With a high‐performance enterprise network, the enterprise can then operate more efficiently and improves its competitive capability. Copyright © 2001 John Wiley & Sons, Ltd.
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Abstract As an enterprise grows, its network bandwidth requirement also increases dramatically. Network performance of an enterprise will impact its operational performance. How do we efficiently manage an enterprise network's resources in an E‐business era? This research proposes a differentiated service mechanism to manage traffic flows in an enterprise. This mechanism would enhance the performance of an enterprise network and help an enterprise efficiently transmits important information. With a high‐performance enterprise network, the enterprise can then operate more efficiently and improves its competitive capability. Copyright © 2001 John Wiley & Sons, Ltd.
Key concepts: Computer science, Enterprise information system, Enterprise private network, Enterprise integration, Enterprise life cycle, Enterprise software, Enterprise systems engineering, Enterprise architecture