By using content negotiation mechanism and InfoPyramid model, this paper makes some improvement to the traditional proxy, implements adaptive content delivery, enhances the network transmission efficiency.
The multi web pages transmit offset method which is introduced here is based on database and designed by using PHP computer language. It is used to dynamically disjoin web pages in web station. This method not only achieves web paging, but also enhances the network transmission efficiency, and system running stably.
The paper presents a reliable multicast protocol based on reliable active node(RANRM). The protocol can solve the problems of the reliability and scalability,and can combine the reliability with high transmission efficiency.
Fourthly, we discuss the real-time collecting of material for video program. We improve UDP by adding re-transfer and flow control mechanism. Thus, under the precondition of ensuring the transfer efficiency of UDP, we realize the reliable data transfer.
Then the problems about data transfer efficiency, data security control, and the read-write strategy of control files are discussed in this model and proofs of how the requirements are addressed by this model are also presented.
Reactions of electron transfer from the primary to secondary quinone acceptors and from the multiheme cytochrome c subunit to photoactive bacteriochlorophyll dimer were used as probes of electron transport efficiency.
As a polymeric layer is deposited onto the CIS free surface, the potential barrier height slightly decreases, while the carrier transport efficiency simultaneously increases.
In a wind shear environment the transport efficiency of deep thunderstorm significantly increases and the pollutants enter into clouds on the downshear side at low-level and spread downwind in anvil layer.
There are three major segments which are highly interactive in nature in the model: rice growth, decomposition of soil organic matter and methane production, transport efficiency and methane emission rate.
First, the basic principle of surface wave distributed actuation is presented, including a new kinematic feature that augments natural surface wave motion for enhanced transport efficiency of humans and elastic bodies.