Abstract:
Web caching has been used extensively to enhance Web delivery to clients by minimizing the latency perceived by clients, reducing network bandwidth usage, reducing power ...Show MoreMetadata
Abstract:
Web caching has been used extensively to enhance Web delivery to clients by minimizing the latency perceived by clients, reducing network bandwidth usage, reducing power consumption and improving the network quality of service. Caching performance can be improved by implementing an efficient replacement policy to be used for proper cache replacement. In mobile networks, the movement of users presents significant technical challenges to provide efficient access to the Internet, because the mobile users' locations and the network attachment point will vary in time. In this survey, various conventional replacement policies for the mobile environment proposed in literature is listed and classified based on the methodology used in eviction.
Date of Conference: 13-14 December 2015
Date Added to IEEE Xplore: 12 September 2016
ISBN Information:
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Replacement Policy ,
- Web Cache ,
- Service Quality ,
- Mobile Network ,
- Mobile Users ,
- Efficient Policies ,
- User Movement ,
- Mobile Devices ,
- Reference Number ,
- Free Space ,
- Current Position ,
- Objective Data ,
- Object Size ,
- Utility Value ,
- Average Latency ,
- Update Frequency ,
- User Equipment ,
- Ad Hoc Networks ,
- Size Of Items ,
- Mobility Scenarios ,
- Cache Hit ,
- Access Probability ,
- Cache Size ,
- Client Requests ,
- E-readers ,
- Business Card ,
- Access Latency ,
- Neighboring Nodes ,
- Data Cache ,
- Sufficient Space
- Author Keywords
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Replacement Policy ,
- Web Cache ,
- Service Quality ,
- Mobile Network ,
- Mobile Users ,
- Efficient Policies ,
- User Movement ,
- Mobile Devices ,
- Reference Number ,
- Free Space ,
- Current Position ,
- Objective Data ,
- Object Size ,
- Utility Value ,
- Average Latency ,
- Update Frequency ,
- User Equipment ,
- Ad Hoc Networks ,
- Size Of Items ,
- Mobility Scenarios ,
- Cache Hit ,
- Access Probability ,
- Cache Size ,
- Client Requests ,
- E-readers ,
- Business Card ,
- Access Latency ,
- Neighboring Nodes ,
- Data Cache ,
- Sufficient Space
- Author Keywords