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gaiyaoshejishuomingshu
- 一、可行性研究报告 1 1．引言 2 1.1编写目的 2 1.2项目背景 2 1.3定义 2 1.4参考资料 2 2．可行性研究的前提 2 2.1要求 2 2.2目标 3 2.3条件、假定和限制 3 2.4可行性研究方法 3 2.5决定可行性的主要因素 3 3．对现有系统的分析 3 3.1处理流程和数据流程 3 3.2工作负荷 3 3.3费用支出 3 3.4人员 3 3.5设备 3 3.6局限性 3 4．所建议技术可行性
pcapp_comm
- load data from pc to hand held terminal and vice versa
display
- LCD 4bit interface clear display turn on diplay save reg data refresh reg data load data from display
Massive-data-processing
- 本文以分布式面向海量信息的并行数据管理平台为应用背景，分析比较了不 同层次的负载均衡技术，重点讨论了基于中间件的负载均衡技术。针对当前流行 中间件负载均衡产品的某些不足，设计并实现了遵循CORBA规范的负载均衡服 务AFLS -In this paper, for the vast amounts of information in parallel distributed data management platform for the application backgrou
Proposal(Draft)
- Routing and Load balancing in MANET using Particle Swarm Optimization Abstract Mobile Ad Hoc Networks (MANET) is a collection of wireless mobile nodes, which dynamically form a temporary network, without using any existing network infra
DotSpatial_Tutorial_1
- dotspatial开发教程.本教程主要介绍了dotspatial中地图控件及其配套地图操作工具的使用方法-Working with DotSpatial.Purpose of this tutorial: Become familiar with the DotSpatial map control and its following functionalities: ZoomIn, ZoomOut, Zoom to Extent, Select, Measure, Pan, Info, a
data-transmission-protocol--2004
- 电力负荷管理系统数据传输规约-2004 Power Load Management System data transmission protocol -2004-Power Load Management System data transmission protocol-2004
load.m
- load thermographic data
AELoadData
- AE下加载数据,在AE环境下加载不同类型数据-AE load data, different types of data loaded in the AE environment
IEEE-118-system-unit-data
- IEEE 118 Bus Data for Load flows,OPF and Unit commitment
2013-Energy-Load-Balancing-Strategy-to-Extend-Lif
- This protocol presents a mathematical formulation and a heuristic to support connectivity, flow conservation constraints, data capacity per link, constraints related with communication and sensing range of sensors, and splitting constraints in orde
genPredictors
- LOad data predictor for forecasting
IEEE 13 Node Test Feeder Data
- IEEE 13 node test feeder data include: Capacitor Data configuration Distributed Load Data Line Data Regulator Data Spot Load Data Transformer data UG configuration
IEEE 34 node test feeder data
- IEEE 34 node test feeder data include: Capacitor Data configuration Distributed Load Data Line Data Regulator Data Spot Load Data Transformer data UG configuration
IEEE 37 node test feeder data
- IEEE 37 node test feeder data include: Capacitor Data configuration Distributed Load Data Line Data Regulator Data Spot Load Data Transformer data UG configuration
Load-Balancing
- WEB服务器集群系统中负载平衡的设计与实现 -With the increase of users and dense tasks in Internet and Intranet, the transacting capability of the single Web server is limited, which has already become the new bottleneck of network visiting. If the Web server clust
06341870
- Abstract—This paper proposes a new strategy to meet the controllable heating, ventilation, and air conditioning (HVAC) load with a hybrid-renewable generation and energy storage system. Historical hourly wind speed, solar irradiance, and load d
native_load_2017-(1)
- hi this is manu uploading load data.
电力系统短期负荷预测的研究
- 针对短期负荷预测的特点，通过各因子与负荷数据的相关性分析来评价各因子对于负荷预测的影响，从中选取最合适的影响因素作为训练样本。并对气温的积累效应进行了深入的研究，引入了错位样本概念，将其加入到训练样本中提高了预测精度。(In view of the characteristics of short-term load forecasting, the influence of each factor on load forecasting is evaluated through the cor
household_power_consumption
- 住宅建筑的电负荷数据，时间单位为每分钟，用于负荷预测。(The electrical load data of residential buildings are time per minute and used for load forecasting.)