自从人类进入信息时代，与之相关的新材料也是日新月异，标志之一是计算机各种硬件更新换代之快让人刮目相看，例如高容量的硬盘和高速度的CPU。
When man came into informational era, great changes have taken place in advanced materials, which quickly renewed the hardware of computer. For examples, high speed hard-disc and CPU.
利用新技术新仪器和新的作业模式减轻城市基础地理信息系统的更新费用，提高城市基础地理信息系统的更新速度。
By making use of new technique new instrument and new processing mode, alleviate the expenses of UBGIS data revision, and increase the project speed of UBGIS data revision.
为此，提出一种自适应的信息素更新方法和消除无效分配的变异策略，提高了收敛速度。
So an adaptive method of updating pheromone and a mutation strategy of clearing up invalid assignment were introduced to increase convergent speed.
随着信息集成时代的到来，产品更新换代的速度按指数递增。
With the advent of the age of information integration, the product renovation rate becomes a exponential function.
同时，引入候选移动锚点信息发现（CMAPID）机制，加快移动锚节点（MAP）发现，提高移动节点在MAP域间移动时的绑定更新速度。
At the same time, the method of CMAPID is introduced to speed up the process of discovering the MAP and banding up-dating between different domains of MAP.
针对任务调度的Q学习算法更新速度慢的问题，提出一种基于多步信息更新值函数的多步q学习调度算法。
To solve the problem of slow update speed in Q learning, a multi-step Q learning scheduling algorithm is proposed, in which the value function is updated based on the information in multiple steps.
随着网络的迅速传播和现代信息采集技术的更新，全世界的信息量正以几十万倍于人口的增长速度递增。
As the spreading of the Internet and the renovating of the technology of the modern information gathering, the information is growing thousands times of the growth of the population in the world.
在所提出的并行算法中，组成系统的质点与GPU线程一一对应，质点的速度和位置信息从而得以并行更新。
In the proposed parallel algorithm, each particle is mapped onto one GPU thread. Therefore, velocities and positions of all the particles are updated in parallel.
近些年来，遥感以其信息量大、观测范围广、精度高、数据更新速度快等优点，已成为区域荒漠化监测与评价的主要手段。
Remote sensing, with the merit of large information capacity, huge observation scope, high accuracy and speed, has become the main means of regional desertification monitoring and evaluation.
将路网节点间的相对位置信息引入信息素更新，以加快搜索速度；使用混沌扰动改进选择策略，以避免出现早熟停滞现象。
Relative location information among nodes in road network is introduced in pheromone updating for higher searching speed, and chaos perturbation is used to improve sel.
验证结果表明，该方法升级速度快、安全系数大、可靠性高，可以有效地降低嵌入式无线信息终端软件的更新和维护成本。
The result shows the method is rapid, safe and reliable, and the cost of software renewal and maintenance can be effectively reduced.
验证结果表明，该方法升级速度快、安全系数大、可靠性高，可以有效地降低嵌入式无线信息终端软件的更新和维护成本。
The result shows the method is rapid, safe and reliable, and the cost of software renewal and maintenance can be effectively reduced.
应用推荐