关键链技术是约束理论在项目管理中的新应用。
The critical chain technique is a new application of theory of constraints to the project management.
TOC理论在项目进度管理中的运用被称为关键链技术CCM。
TOC's application in process management is intituled as CCM(Critical chain method).
Rosetta技术简化了战场上的传感器和数据链管理的复杂业务，并为战术成功执行提供了关键的态势感知图像。
Rosetta Technology simplifies the complex business of sensor and data link management on the battlefield and provides the critical situational awareness picture for successful tactical operations.
高频网络波形是WIN - T项目的关键技术，可以自动创建一个通信链路，提高通信网络的鲁棒性。
HNW is a key technology on the WIN-T program, providing automation in establishment of a communication link that results in increased robustness of the communication network.
大容量路由器、高速链路、负载分担技术、路由快速收敛都是实现和保证网络扩展性的关键技术。
Large capacity router, high-speed link, load sharing technology, and route fast convergence are all key technologies to realize and ensure network expansibility.
本文只针对该系统中的一项关键技术—前向链路功率控制进行分析。
In this paper, we only focus on one key technology in the LAS-CDMA system, forward link power control.
对畜产品建立可追溯系统关键技术，动物标识技术、第三方认证、信息在食品供应链中的传递进行阐述。
The key technology of traceable management for foods, including identification of livestock, quality assurance certification and information flow in the whole food supply, were demonstrated.
秸秆资源和腐食食物链的开发是技术关键。
Its technical key is to explore straw resources and saprophagous food Chains.
自动链路建立(ale)技术是第三代短波通信(3G)中的一项关键技术，握手过程是自动链路建立技术的一项重要内容。
Automatic link establishment (ALE) is one of the most important technologies in the third generation (3g) high frequency communications, with the handshake scheme being the key part.
本文以数据和事实为驱动，探讨了供应链引入六西格玛管理的关键技术，以及如何提高供应链精准管理水平。
Based on the data and facts, this article introduces the key technology of importing Six Sigma in supply chain management, and analyzes how to improve the precision management level of supply chain.
上行链路中的粗频偏及定时估计是多用户OFDM系统的关键技术之一。
The estimation of the coarse frequency offset and timing is one of the key technology in the uplink multiuser OFDM system.
本文介绍了我国功率型led产业链三个阶段的关键技术。
The paper introduces the key technology in three periods of power LED industry chain of our country.
文章就此分析了敏捷供应链理论的核心思想，指出构建供应链的管理重点、关键技术及其实现过程。
The core of ASC is analysed, and management, key technology and the process of construction ASC is pointed out.
缓冲区设置是关键链法在项目进度管理领域的一个技术突破，通过缓冲区对项目进度进行监控具有实际应用意义。
Buffer sizing is the breakthrough of critical chain in the area of project schedule management, and it makes a practical application on monitoring project.
供货商质量评价是敏捷制造供应链管理的关键技术。
The evaluation for the quality of supplier is the key technique of supply chain in the agile manufacturing environment.
本文介绍了一种线性尺寸链函数式自动生成的方法 ，并给出了程序流程及关键技术的处理办法。
In this paper, a method for generating automatically the function of linear dimension chain is introduced and the programming flow chart and handling of key tachnologies are also given.
链路自适应传输是正交频分多址系统关键技术，对提升系统性能起到关键作用。
Link adaptation transmission is a vital technology for OFDMA system, and it has great effect on the performance.
管理仓库和实施适当的仓库技术是关键成分在一个企业的成功和对供应链的基本要求精益求精。
Managing the warehouse and implementing the appropriate warehouse technology is a keyingredient in a business's success and an essential requirement for Supply Chain Excellen.
并对关键链项目管理方法与传统的项目管理方法，如关键路径法、计划评审技术的优势和劣势进行了比较。
Then analyze the advantages and disadvantages of the traditional scheduling management method by comparison, such as CPM, PERT.
时隙分配技术是地空数据链中的一项关键技术，通过它可以提高系统的通信效率。
A technical scheme of word data co-transmit in the air-ground tactical data link system is presented.
首先阐述了供应链的概念，分析了供应链管理的含义，接着论述了供应链管理及其关键技术的研究现状，最后展望了供应链管理的发展趋势。
This paper discusses concepts of supply chain and the meanings of supply chain management (SCM), and then the current status and development tendency.
第三章介绍了链路关键技术的概念、基本原理，着重讨论和分析了TDD - LTE系统中harq的性能。
In chapter 3, link level adaptation technology, especially HARQ, IR and AMC are introduced respectively. And we discuss and analyze the HARQ performance in TDD-LTE system.
第三章介绍了链路关键技术的概念、基本原理，着重讨论和分析了TDD - LTE系统中harq的性能。
In chapter 3, link level adaptation technology, especially HARQ, IR and AMC are introduced respectively. And we discuss and analyze the HARQ performance in TDD-LTE system.
应用推荐