Efficient and Fair Multi-programming in GPUs via Effective Bandwidth Management Haonan Wang∗ , Fan Luo∗ , Mohamed Ibrahim∗ , Onur Kayiran† , and Adwait Jog∗ ∗ College † Advanced Micro Devices, Inc.

Source URL: adwaitjog.github.io

System Support for Bandwidth Management and Content Adaptation in Internet Applications David Andersen, Deepak Bansal, Dorothy Curtis, Srinivasan Seshan,∗ Hari Balakrishnan M.I.T. Laboratory for Computer Science Cambri

Source URL: www.cs.cmu.edu

DEPLOYMENT LotServer™ Windows Deployment Manual Maximizing Network Performance, Responsiveness and Availability

Source URL: appexnetworks.com

• Network performance
• Computing
• TCP congestion control
• Network architecture
• Performance management
• Zeta-TCP
• TCP acceleration
• Transmission Control Protocol
• Bandwidth management
• Network congestion
• TCP Vegas
• Traffic shaping

Averting Speed Inefficiency in Rate-Diverse WiFi Networks through Queueing and Aggregation Mart´ın Zubeld´ıa, Andr´es Ferragut and Fernando Paganini Universidad ORT Uruguay, Montevideo, Uruguay Abstract—IEEE 802.

Source URL: fi.ort.edu.uy

• Network performance
• Computing
• Network management
• Transmission Control Protocol
• TCP congestion control
• Throughput
• Frame aggregation
• IEEE 802.11
• Transmission time
• Traffic flow
• Wireless LAN
• Bandwidth management

Capacity Planning Dashboard: Details The combination of increasing subscriber bandwidth demands and the operation of multiple access networks simultaneously, makes meeting current and future bandwidth requirements a comp

Source URL: www.sandvine.com

• Computing
• Business
• Information technology
• Network performance
• Deep packet inspection
• Sandvine
• Network management
• Teletraffic
• Capacity management
• Traffic congestion
• Dashboard
• Network congestion

XipLink XO - Options XA - Appliances

Source URL: www.xiplink.com

• Network performance
• Computing
• Information theory
• Performance management
• Traffic shaping
• TCP acceleration
• Quality of service
• Transmission Control Protocol
• Packeteer
• Throughput
• Bandwidth
• Cache

Flow Rate Management and P2P Control

Source URL: packet.cc

• Network performance
• Computing
• Network architecture
• Network management
• Transmission Control Protocol
• Packet loss
• Queuing delay
• Robust random early detection
• Bandwidth management
• Traffic flow
• Flow control
• Traffic shaping

Fairshare Traffic Management for LTE Networks Sandvine’s Fairshare Traffic Management prevents congestion in LTE networks by protecting subscriber quality of experience (QoE) during times of bandwidth contention, there

Source URL: www.sandvine.com

• Technology
• Mobile telecommunications
• LTE
• Mobile technology
• Telecommunications
• Sandvine
• Quality of experience

Adaptive Data Transmission in the Cloud Wenfei Wu ∗ , Yizheng Chen ∗ , Ramakrishnan Durairajan ∗ , Dongchan Kim ∗ , Ashok Anand ∗ ∗

Source URL: pages.cs.wisc.edu

• Network performance
• Computing
• Network management
• Network architecture
• TCP congestion control
• Transmission Control Protocol
• Elephant flow
• Bandwidth-delay product
• Transport layer
• Robust random early detection
• Throughput
• Additive increase/multiplicative decrease

Sandvine Fairshare Traffic Management for Cable Networks All cable networks experience congestion. Do you manage your network fairly and effectively? Users’ bandwidth demands on cable networks are growing rapidly, with

Source URL: www.sandvine.com

• Network performance
• Computing
• Digital cable
• Teletraffic
• Technology
• Network management
• Deep packet inspection
• Sandvine
• Broadband
• DOCSIS
• Quality of service
• Internet access