TCP/IP header compression has long been used to send information efficiently and to improve the response time of communication systems. It is also well known that errors on the link where header compression is used can deteriorate the performance. In addition, the recently noticed high frequency of some computer networking problems can make the performance of header compression even worse. These problems include packet reordering and packet errors that avoid link layer error detection. In this paper, we analyze the influence of these problems on existing header compression algorithms. We also propose an adaptive header compression that gives better performance
Header Compression techniques are now widely used in wireless and satellite communications. The main...
Due to the extensive growth of Internet of Things (IoT), the number of wireless devices connected to...
A critical requirement for performance evaluation and design of network elements is the availability...
The TCP/IP header compression (HC) problem on wireless channels is investigated. After a brief revie...
The TCP/IP header compression (HC) problem on wireless channels is investigated. After a brief revie...
Abstract. Wireless multi–hop networks are becoming more popular and the demand for multimedia servic...
Abstract. Packet traces of Internet trafc are important tools for performance evaluation and design ...
To efficiently deliver multimedia under bandwidth constrains, header compression schemes should be i...
Header Compression is a widely used technique in wireless and satellite communications. The main dra...
Wireless is becoming a popular way to connect mobile computers to the Internet and other networks. T...
Header compression is one of the technologies, which enables packet-switched computer networks to op...
Due to the extensive growth of Internet of Things (IoT), the number of wireless devices connected to...
Due to bandwidth constraints on the wireless link in an IP network, it is useful to compress the hea...
Wireless is becoming a popular way to connect mobile computers to the Internet and other networks. T...
Spectrum allocation and application requirements often result in severe bandwidth limitations on wir...
Header Compression techniques are now widely used in wireless and satellite communications. The main...
Due to the extensive growth of Internet of Things (IoT), the number of wireless devices connected to...
A critical requirement for performance evaluation and design of network elements is the availability...
The TCP/IP header compression (HC) problem on wireless channels is investigated. After a brief revie...
The TCP/IP header compression (HC) problem on wireless channels is investigated. After a brief revie...
Abstract. Wireless multi–hop networks are becoming more popular and the demand for multimedia servic...
Abstract. Packet traces of Internet trafc are important tools for performance evaluation and design ...
To efficiently deliver multimedia under bandwidth constrains, header compression schemes should be i...
Header Compression is a widely used technique in wireless and satellite communications. The main dra...
Wireless is becoming a popular way to connect mobile computers to the Internet and other networks. T...
Header compression is one of the technologies, which enables packet-switched computer networks to op...
Due to the extensive growth of Internet of Things (IoT), the number of wireless devices connected to...
Due to bandwidth constraints on the wireless link in an IP network, it is useful to compress the hea...
Wireless is becoming a popular way to connect mobile computers to the Internet and other networks. T...
Spectrum allocation and application requirements often result in severe bandwidth limitations on wir...
Header Compression techniques are now widely used in wireless and satellite communications. The main...
Due to the extensive growth of Internet of Things (IoT), the number of wireless devices connected to...
A critical requirement for performance evaluation and design of network elements is the availability...