其中，数字信号处理技术与数字图像处理技术是实现基于多目标识别的自动乘客计数技术的前提与基础，多目标检测与跟踪计数算法是技术实现与应用的核心。
Technologies of digital signal processing and digital image processing are the basis of APC, and multi-objects detecting and tracking algorithm is the essential factor to implement it.
技术服务如何组织，以及应用程序服务或业务服务在实现业务交易时如何与这些技术服务交互？
How are the technical services organized and how does the application services or business service interact through these technical services in realizing business transactions?
蓝牙3.0还将实现向后兼容，允许旧版本的设备与新版本设备通信，所以很明显未来几年蓝牙3.0技术将得到大量应用。
The technology will be backwards compatible, allowing old devices to communicate with new ones, so there's no reason for it not take off in the upcoming years.
SOA的目标是实现服务与操作系统、编程语言和底层应用程序的其他技术的松散耦合。
It aims at loose coupling of services with operating systems, their programming languages, and other technologies with underlying applications.
本文阐述了将应用程序操作、组和参与者，以及它们与 EAz权限的关系在图形界面中实现可视化的技术。
This article illustrated a technique for visualizing application actions, groups, and actors, and their relationship to EAz permissions, in a graphical interface.
任何与J2EE 1.3以及更高版本兼容的应用服务器，以及与JCA 1.0 和 JCA 1.5 都兼容的资源适配器，都可以实现本文描述的技术。
Techniques described in this article can be implemented with any application server that is compliant with J2EE 1.3 or higher, as well as both JCA 1.0- and JCA 1.5-compliant resource adapters.
描述所完成的分布式松耦合过程群集系统架构的设计原理与实现技术，并给出了应用实例。
This paper studies the design principle and implementation technique for a class distributed loosely coupled process system base on WEB. And gives application example.
因此，只有通过科学合理的技术手段和严谨求实的营建态度进行规划，才能实现建筑物的建设与应用发挥应有的功效。
Therefore, only by science reasonable technical method and rigorous attitude construction planning, can realize the building construction and application play its efficacy.
本论文以仿人眼颈系统为研究对象，建立了仿人眼颈视觉系统的体系结构和实现平台，研究相关基础理论、技术与应用。
This thesis concentrates on the human's eye and neck vision simulation system. It constructs the framework of the simulation system, studies on the basic theory, technology and application.
应用面向对象的技术思想，实现对系列化塑盒体包装机的静态产品结构与动态设计流程的有序管理。
Based on object oriented idea, ordered management of static product structure and dynamic design flow for series plastic box packing machine is achieved.
本文对这种滤波器的理论基础、分析方法、实现技术与应用做了系统介绍。
This paper systematically introduces the basic theory, analysis, implementation techniques and applications of these filters.
本文给出了适于无人机飞行控制的集成化实时仿真设备的设计与实现技术，着眼于工程实践和应用。
The design and realization technology suitable for integrated real-time simulation device of UAV flight control are presented. The practice and application is emphasized.
结论：VPN技术在PACS系统中的应用，投入和运行成本低、维护简单、性能可靠，可实现对PACS系统远程访问与管理的目的。
Conclusion The application of VPN technology to PACS, which is characterized by low expense, dependable performance, simple maintenance, can realize remote access and management of PACS.
在剖析了互操作技术两种模式基础上，以先进的I-DEAS工具为例介绍了两种模式下应用程序与I-DEAS宿主程序互操作的实现技术。
The two modes of interoperation technology were analyzed and commented on. The realization technology of interoperation between application and host program was exemplified by I-DEAS software.
认为通过检测与评估技术的应用，可以实现管道运行状态的监控，保障输气管道的安全运行。
It is considered that the monitoring of pipeline operation status can be realized to ensure safe operation of gas pipeline through the application of pipeline detection and evaluation technology.
该系统的设计与实现对计算机控制技术的研究和应用有重要参考价值。
The design and realization of the automatic control system is of much valuable for the study and application of the computer control technology.
低剖面天线以其轮廓低、风阻小、易于实现与载体共形等特点在现代无线通信技术中得到越来越多的应用。
In the modern wireless communication system, more and more low-profile antennas appear due to their characteristics, such as lower profile, less wind resistance and easier to conform with carriers.
它实现了信息系统的应用逻辑与过程逻辑的分离，是实现业务流程自动化的关键技术。
It achieves the separation between applied logic and processing logic of information system which is the pivotal technology in the implement of workflow automation.
并分析了该技术的实现细节，提出了该技术的进一步扩展与应用。
The technical details to implement the technique are analyzed, and some Suggestions on the further expansion and applications of the technique are put forward.
因此，该文将并行处理与数据库技术相结合，设计并实现了应用于大流量网络平台的并行数据库。
So, this paper combines the parallel technology with the database technology, and designs a parallel database used on the network platform with massive data flow.
介绍了“车载gps与GIS集成应用系统”的主要功能，讨论了实现这些功能的主要技术问题。
Main functions of "Integration Application System of Mobile GPS and GIS" and methods of their realization are introduced in this paper.
应用纹理映射技术将TM影像与数字高程模型结合，实现准动态监测湿地的水文变化。
TM image and DEM are combined using texture mapping technology, thus realizes monitoring the hydrological change of wetland dynamically.
GIS技术在城市规划中应用十分广泛，介绍了城市规划信息系统的设计与实现。
This paper deals with the design and realization of city planning-oriented information system with the popular GIS technology as its core.
研究了Office自动化技术在信息管理系统中的集成与应用，实现了分布式数据库数据向Office系列软件的导出。
Make a research of use and integration of technique for Office automatization in MIS, completed data-export from RDB to Office.
研究和实现了用数据库连接池技术来建立更有效的WEB应用程序与数据库的连接。
Study and realize to build more effectively connections between database and WEB application using the database connection pool technology.
在阐述数字功能样机技术的内涵与实现流程的基础上，提出一种面向机床行业的数字化产品开发中的CAE技术应用方法。
The contents and research purposes of functional digital prototyping were described, and an application measure about CAE technology was presented toward digital product development of machine tools.
将数据挖掘理论应用于实际的HIS系统中，实现HIS系统与数据挖掘技术的结合。
The data mining theory is used in a concrete HIS System, it realized the composition of the HIS System and data mining.
应用MATLAB软件，编写以神经网络技术为核心的应用程序，实现玻璃幕墙工程特征与造价指标的非线性拟合。
Applying the MATLAB software, this paper designs the program based on NN techniques, so to achieve the nonlinear imitation between engineering features and cost indexes.
虚拟设计与制造是一种新的设计与制造方法，在家具工业应用虚拟设计与制造技术是实现技术与艺术的切入点。
Virtual design and manufacturing is a new method of design and producing, technology of the virtual design and manufacturing will get together technology and art in furniture industry.
智能规划与调度是实现航天器自主控制的关键技术之一，其研究和应用具有很大的意义。
Intelligent planning and scheduling is one of the key technologies on autonomous control for spacecraft and is necessary to be researched.
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