He angrily answer MBT Tunisha

本文探讨了企业中员工绩效管理的重要性,强调了通过周例会进行全员参与的绩效评估讨论,一旦发现员工表现不佳,将采取明确的行动措施。案例分析了因驾驶员P的多次事故引发的责任追究过程,最终导致其被禁止驾驶直至完成驾驶培训,从而引发的一系列事件,揭示了对绩效低下员工的有效管理与责任追究机制。

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"why were previously considered to be good performance, now but not be recognized, and you

And why not tell me MBT Tunisha? "

 

In fact the manager found the problem for many years, but it has not taken any action. this

Experience is very painful.

 

Once we work for excellence performance of the definition and reach a consensus on the way, then can be developed

Every man's action plan.

 

The weekly staff meeting, everyone must and their customers get the performance evaluation of discussion

Way. As long as the employees of negligence, the customer will naturally to direct their reaction. Once employees behind schedule, with

Things are also can provide lots of assistance. If anyone in work for poor performance, end also is very clear. The fact

For the poor performance of the employees in the company, usually with a decision by voluntary measures left the company.

 

-. Instant MBT Tupu

Somebody is always ready for the decision to find an excuse to delay the practice. But the immediate action is usually

Good.

 

P is not a good driver, he is the author of several small car accident, also often because of negligence faults. Manager should

Know P don't know, because he always declared that improve the accident every time is not own carelessness. in

The third time after the accident, he should be banned driving attendance, but let him go to driving training course, and he

Almost can't through the test, he finally and go back to work.

 

A few months later the manager that he lives in the hospital, originally on duty, to drive into the P train

In the grocery store near the railway start unloading, but when loading and unloading finish but put the car into the rails, so

And the train crash. Fortunately the train speed and unhappy, that was not injured, but P truck was completely destroyed.

 

The next day it was released from the hospital, the next time the P manager within the plant to see him, in addition to ask about his recovery MBT Vizuri GTX

Also ask: "in trained, how can you after in reverse when it crashed into the train?"

 

转载于:https://www.cnblogs.com/usmbtonline/archive/2011/08/28/2155891.html

6-2 读文章 分数 10 作者 李祥 单位 湖北经济学院 请编写函数,从文件中读取一篇文章,将其输出到屏幕上。 函数原型 void ReadArticle(FILE *f); 说明:参数 f 为文件指针。函数读取 f 所指文件中的一篇文章,将其输出到屏幕上。 裁判程序 #include <stdio.h> #include <stdlib.h> void ReadArticle(FILE *f); int main() { FILE *f; f = fopen("Article.txt", "r"); if (!f) { puts("文件无法打开!"); exit(1); } ReadArticle(f); if (fclose(f)) { puts("文件无法关闭!"); exit(1); } return 0; } /* 你提交的代码将被嵌在这里 */ 打开 Windows 的记事本软件,输入一篇文章,保存文件并命名为“Article.txt”。 Article.txt A Cure for a Headache One day a man went into a chemist's shop and said, "Have you anything to cure a headache?" The chemist took a bottle from a shelf, held it under the gentleman's nose and took out the cork. The smell was so strong that tears came into the man's eyes and ran down his cheeks. "What did you do that for?" he said angrily, as soon as he could get back his breath. "But that medicine has cured your headache, hasn't it?" said the chemist. "You fool," said the man, "It's my wife that has the headache, not me!" 输入样例 (无) 输出样例 A Cure for a Headache One day a man went into a chemist's shop and said, "Have you anything to cure a headache?" The chemist took a bottle from a shelf, held it under the gentleman's nose and took out the cork. The smell was so strong that tears came into the man's eyes and ran down his cheeks. "What did you do that for?" he said angrily, as soon as he could get back his breath. "But that medicine has cured your headache, hasn't it?" said the chemist. "You fool," said the man, "It's my wife that has the headache, not me!"
06-11
内容概要:本文详细探讨了基于MATLAB/SIMULINK的多载波无线通信系统仿真及性能分析,重点研究了以OFDM为代表的多载波技术。文章首先介绍了OFDM的基本原理和系统组成,随后通过仿真平台分析了不同调制方式的抗干扰性能、信道估计算法对系统性能的影响以及同步技术的实现与分析。文中提供了详细的MATLAB代码实现,涵盖OFDM系统的基本仿真、信道估计算法比较、同步算法实现和不同调制方式的性能比较。此外,还讨论了信道特征、OFDM关键技术、信道估计、同步技术和系统级仿真架构,并提出了未来的改进方向,如深度学习增强、混合波形设计和硬件加速方案。; 适合人群:具备无线通信基础知识,尤其是对OFDM技术有一定了解的研究人员和技术人员;从事无线通信系统设计与开发的工程师;高校通信工程专业的高年级本科生和研究生。; 使用场景及目标:①理解OFDM系统的工作原理及其在多径信道环境下的性能表现;②掌握MATLAB/SIMULINK在无线通信系统仿真中的应用;③评估不同调制方式、信道估计算法和同步算法的优劣;④为实际OFDM系统的设计和优化提供理论依据和技术支持。; 其他说明:本文不仅提供了详细的理论分析,还附带了大量的MATLAB代码示例,便于读者动手实践。建议读者在学习过程中结合代码进行调试和实验,以加深对OFDM技术的理解。此外,文中还涉及了一些最新的研究方向和技术趋势,如AI增强和毫米波通信,为读者提供了更广阔的视野。
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