Based on the concept of network resources allocation,this paper analyses the existing problems of Chinese network information resource allocation and presents some countermeasures in order to optimize network information resources.
From Information Resource Management to Knowledge Resource Management──Also about the Training of Senior Managers of Knowledge & Information for the 21st Century
The strong motive force to national economic development of information technology that the article has been expounded,Have pointed out the enormous disparity existing with the developed country in information construction of our country,Have expounded the fact that the development of resources of the information is the key link of accelerating realizing informationization development of our country with information service marketization.
It holds that the introduction of competitionmechanism and reallocation of resources according to “economic efficiency” is the model for the culturalinformation resources sharing project in achieving unified social and economic benefits, and promoting asustainable development of networked information environment (market).
It is recognized throughout history that understanding the properties of resources and transforming these resources into products are regarded as the nucleus of science and technology.
A novel bandwidth allocation strategy along with a connection admission control technique was proposed to improve the utilization of network resources.
Dynamic multicast traffic grooming in wavelength division multiplexing (WDM) networks was analyzed to minimize networkwide costs and to increase the network resource utilization.
A network model was developed for dynamic multicast traffic grooming with resource constraints and an algorithm that can provide quality of service (QoS) was proposed.
The simulation support platform architecture consists of the management layer, the resource layer, the communication layer, the application layer and the infrastructure layer.
The best way is to design and realize the M>amp;amp;S collaborative environment for simulation support platform in the resource-communication-application three-dimension space.
In order to determine the demands for water resources of ecological wetland system, a method of ecological water level coefficient was suggested to calculate the water resources demands for wetland environment use.
The method is urgent for the effective use of resources of computational clusters and metacomputational media and also for dynamic control of processes in real time on the basis of the static scaling.
The total resources of biologically accessible dissolved organic matter was evaluated by splitting the biological oxygen demand curves obtained under standard conditions (at 22°C).
It is recognized throughout history that understanding the properties of resources and transforming these resources into products are regarded as the nucleus of science and technology.