搜索资源列表
VCL-skin
- The feature of VANET mostly resembles the operation technology of MANET in the sense that the process of self-organization, self-management, low bandwidth and shared radio transmission criteria remain same. But the key hindrance in operation of V
puzzles
- 手机拼图游戏 这个拼图游戏是一个3x3的拼图，由9个分割的小图片构成。这样，在手机上，可以用按键1-9对应每个图片。需要移动某个图片时，只需按下对应的数字键即可，非常方便-This puzzle is a mobile puzzle game puzzle 3x3, 9 divided by the small picture composition. Thus, on the phone, you can use keys 1-9 correspond to each picture. N
2015-4G-will-enter-commercial-period
- 介绍了第四代移动通信关键技术的发展方向，预言2015年4G进入商用期-Introduces the fourth generation mobile communication key technology development direction, predicting the 4G 2015 into the commercial period
UMTS
- UMTS中一种新的RAN结构及其接入控制技术的研究 论文重点研究了这种架构下的关键技术之一一呼叫接入控制技术。文章在分析未来移动通信系统特点的基础上，认为HCS(分层小区结构)是未来移动通信的主要覆盖模式。那么在HCS覆盖模式 下的IP．RAN中的呼叫接入控制策略可以分解为：无线资源部分的层选择技术、接入控制技术和切换技术和IP．RAN网络部分的接入控制技术、切换技术。-This paper focuses on the key technology of the framework of
DevelopSecMobileApp4Android
- Developing Secure Mobile Applications For Android An introduction to making secure Android applications-the reader through the security model of Android, including many of the key security mechanisms and how you can use them safely
duowei
- 笔者设计了基于多维空间的加密算法, 该算法侧重于由序列的移动而实现文本的混乱，具有易编程实现的特点, 而且用它加密的文件, 在不知密钥的情况下很难破解，在实用性方面具有一定优越性。笔者将该算法在MS Visual C++6.0下实现对文本的加密与解密-The author designed based on DuoWei space, the algorithm encryption algorithm focused on by a sequence of mobile and realize
Portablechargingterminaldesign
- 本文主要介绍一种便携收费终端的设计以及实现的关键技术。此终端具有体积小，功耗低，移动灵活，操作简单等特点。主要有身份证识别，pos机刷卡，远程数据库访问，无线网络等功能。文中详细介绍了系统的硬件组成，软件设计，功能模块的具体实现。本文实现的终端主要针对的是校园学生的收费。-This paper describes the design of a portable terminal charges, and key technologies. This terminal has a small s
back
- 解决windows mobile sp版本中返回键失效的问题。-Address windows mobile sp version return key failure.
particle-filter-applicaiton
- 粒子滤波的文章，讲述了网络移动机器人粒子滤波定位研究，提供了有助于思考的想法和实现。 -Self-localization,especially the global localization in which the initial pose of the robot is unknown,is the key for a mobile robot to realize autonomy.
ISCIS2004_SPK
- A Survey of Public-Key Cryptography on J2ME-Enabled Mobile Devices
OFDM-technology-based-on-simulink
- 正交频分复用(OFDM)是第四代移动通信的核心技术,它是实现宽带无线通信和多媒 体业务发展的基础。对OFDM 技术的基本原理，关键技术以及实现进行了研究，并且通过 matlab 中的通信仿真系统simulink 对OFDM 系统进行了模拟和分析，直观和形象地得到了 OFDM 系统在时域和频域的传输性能，得出的结果表明OFDM 系统可以明显地表现出抗多 径效应引起的频率选择性衰落和提高了频谱利用率，这一特性使得它能够在高数据传输速率 的无线信道中发挥优势。-Orthogonal Frequency
MIMO-OFDM_Wireless_Communications_with_MATLAB
- MIMO-OFDM is a key technology for next-generation cellular communications (3GPP-LTE, Mobile WiMAX, IMT-Advanced) as well as wireless LAN (IEEE 802.11a, IEEE 802.11n), wireless PAN (MB-OFDM), and broadcasting (DAB, DVB, DMB). This book provides a
Animations-in-HTML5
- HTML5正变得越来越流行。与日益普及的移动设备,如表和智能手机,需要选择了一种流行的闪光插件从土坯也增长。最近,土坯宣布将不再支持闪光,为移动设备。这意味着土坯本身将集中在HTML5作为一个关键技术,这些设备-桌面系统是迟早的问题。-HTML5 is becoming more and more popular. With the increasing popularity of mobile devices such as tables and smartphones, the need f
MIMO-OFDM-Systems-Based-on-Preamble-
- MIMO OFDM 技术将成为第4 代移动通信系统的关键技术, 因MIMO OFDM 对时间和频率偏移非常敏感, 因此MIMO OFDM 同步显得尤为重要。提出了一种新的MIMO OFDM 定时同步和频偏同步技术。以GCL 序列为基础设 计了一个新的符合MIMO OFDM 同步技术的导频序列, 通过对该导频序列进行2 次相关得到频率估计, 并将所得频率 运用到定时同步中, 得到更为准确的时间估计
FPGA-debounce
- 1. 修改程序完成以下功能：1）四个按键的操作：按键1为“加1”，按键2为“减1”，按键3为”移动” 2)通过按键实现实验箱上8个数码管任意一个数码管数值的加减；3）数码管应为动态扫描。 -Modify the program performs the following functions: 1) the operation of four buttons: Button 1 "plus 1" button 2 "by 1" key 3 "mobile" 2) key to achieve
ANDROID
- Android is a software stack for mobile devices that includes an operating system, middleware and key applications. Android is a software platform and operating system for mobile devices based on the Linux operating system and developed by Google and
shouji-anjian
- 模拟手机按键程序，可实现连续按键字母切换-Simulation mobile phone key-press program, continuous button switch letters
sort
- 设计一个测试程序比较几种内部排序算法的关键字比较次数和移动次数以取得直观感受。-Design a test program the comparison of several internal sort algorithm of the key word more times and mobile number in order to obtain intuitive feel.
Multiple-Input-Multiply-Output
- 多输入多输／皇(MIMO，Multiple Input Multiple Output)技术可以在不增加系统 带宽的情况下成倍地提高系统容量和频谱利用率，已成为下一代移动通信系统的 关键技术之一。-Multiple Input Multiply Output(MIMO)，which can dramatically increase the channel capacity and spectral efficiency for a wireless system without o
the-detection-algorithm-in-MIMO
- 新一代移动通信(beyond 3G／4G)，将提供高速的数据传输速率，以支持新业 务的不断涌现。如何在有限的频谱资源上实现高速率和大容量是未来移动通信系 统的关键因素之一。-The next generation of mobile communications will be able to provide a hi曲data transfer rate to support the continuous emergence of new business．The key chal