石油企业业绩评价体系设计

业绩评价是石油企业经营管理的核心问题,对加强石油企业管理与决策具有重要意义。通过分析石油企业生产经营特点和业绩评价的涵义,结合科学发展观构建石油企业业绩评价体系,以提高石油企业管理水平。

基于灰色关联度分析的突发公共卫生事件省级政府网站信息公开能绩评价研究

[目的/意义]信息公开是各国政府应对突发公共卫生事件的重要机制,合理评价政府信息公开有利于建立智慧共享的疫情防控体系。[方法/过程]本文拟对政府网站信息公开工作进行数据采集,通过相关政策内容分析拟定指标。采用变异系数的方法来对所选取的疫情信息公开指标进行权重的计算并验证其合理性。最后,采用灰色关联度分析对中国30个省政府网站数据进行综合评价。[局限]对于一些较为优秀的县级市缺少评价,在数据量采集和指标选取上还具有一些的局限和欠缺。[结果/结论]本文弥补了政府信息公开与能绩评价结合研究的匮乏,构建了多维度的危机信息公开能绩评价指标模型,深入探究政府应对新冠肺炎疫情事件的信息公开现状及现存问题。

我国中小企业业绩评价方法的改进

中小企业是我国经济的重要组成部分,对国民经济的均衡发展起到越来越关键的作用。但由于管理水平薄弱、技术创新能力不足,在当前的经营环境下我国中小企业普遍面临较大的生存压力。为了客观评价和分析企业财务状况、提升中小企业的管理水平、增强企业核心竞争力,我国中小企业有必要改进当前的业绩评价方法,对企业经营业绩予以科学的评价。

一种新型的绩效评价系统——EVA综合计分卡

绩效评价是现代人力资源管理的核心,平衡计分卡及经济增加值(EVA,EconomicValueAdded)是20世纪诞生的两种新的业绩评价方法,本文在分析平衡计分卡与经济增加值的基础上,提出了一种新型的绩效评价系统——EVA综合计分卡绩效评价体系,并确定了EVA综合计分卡评价体系中的相关业绩评价指标.

二级学院固定资产管理绩效率评价模型构建

从目前来看,绝大多数高校对其固定资产的使用仍缺乏有效的监督制约机制,不同规模、不同学科的二级学院间的评价考核更是一个难题。基于管理效率理论的二级学院固定资产管理绩效率评价则能较为合理地解决这些问题,同时在固定资产管理方面,有利于二级学院找到适合自身特点的提高途径,从而促进学校资源的优化配置。

基于模糊层次分析法的军队工程项目绩效评价研究——以某部营房工程项目实证分析为例

本文以某部营房工程项目为例,从建设标准、军事保障效益、技术经济效益三个方面构造评价指标体系,并运用层次分析法确定各类各项指标的权重,运用模糊评价法确定最终评价等级,探索了一套较为适合于军队工程项目绩效评价的方法。

浅议高校人文社科研究成果的有效评价

本文从人文社科研究成果评价的重要性、评价原则、评价方法及应注意的问题四个方面对人文社科研究成果的评价进行探讨和分析,以促进学术规范、学科建设和人才评价健康有序的发展。

论绩效审计

绩效审计与效益审计虽然有着紧密的联系,但是它们毕竟是两个不同的审计范畴,其主要区别在于审计的客体指向审计的内容、目的、作用和职能的表现等四个方面,因此绩效审计的范畴相对于效益审计范畴具有更深层的内涵。绩效审计中"绩"的评价核心是建立一套科学的评价指标体系。对于经济运行单位而言,这套评价指标体系主要包括四类:一是任期资产保值增值指标,二是任期财务情况指标,三是任期偿债能力指标,四是任期市场环境适应指标。绩效审计中"效"的评价核心同样需要建立一套科学的评价指标体系。对于经济运行单位而言,这套评价指标体系主要包括经济效益、生态效益和社会效益三类指标。

改革中职教育 适应经济发展

从当前中等职业教育如何解决生存与发展的热点问题出发,提出中职教育应主动适应社会经济发展需要,适应就业市场需要.结合实际从中职学校培养目标定位、专业结构调整和课程设置、学生成绩与能力考核评价标准等方面进行了具体阐述.

干部治理能力全过程评价体系构建:内涵与路径——以“德-能-绩”评价模式为视角

抓好干部队伍建设,提高干部治理能力是实现国家治理能力现代化的内在要求。当前干部绩效评价忽视了评价所应关注的“目标”与“结果”之间的治理过程,科学、可行的干部治理能力评价体系的建立显得尤为迫切。本文通过对传统的“德、能、勤、绩、廉”绩效评价指标体系的优化并构建“德-能-绩”评价模式,主要从德、能、绩三个维度建立相应的评价指标体系,力图全过程评价干部的工作质量与数量以及达到预期效率与效益的能力。

Comprehensive Performance Evaluation of Family Farms from the Perspective of Land Transfer——Taking Rudong County as an Example

With the reform of agriculture, family farms have become hot spots in the reform of agricultural management system. Taking Rudong County of Jiangsu Province for an example, the land transfer performance of family farms was evalu- ated using the first hand data from field investigation by building an index system for comprehensive performance evaluation of family farm land transfer covering three dimensions of economy, society and ecology. The results show that land transfer in family farm mode has realized the scale management of land, enhanced the agri- cultural level of science and technology, effectively promoted the structural adjust- ment of agriculture and income increase of farmers, advanced the development of eco-agriculture, and achieved good economic and social performances. However, in the development process of family farms, inputs of agro-chemicals, fertilizers and other agro-products have brought about the eco-environmental problems, which are still worth noting.

财务管理的流程如何符合组织的总体战略与运营规划

本文从组织的财务战略、预算管理及内部控制等方面入手。

Performance Appraisal of Controlled Low-strength Material Using Sewage Sludge and Refuse Incineration Bottom Ash

This research evaluated the use of sewage sludge and refuse incineration bottom ash to replace calcium sulfoaluminate cement （CSA） in making controlled low-strength material （CLSM）. Various properties of CLSM mixtures were characterized in terms of unconfined compressive strength, microstructure and leachability. It was found that the strength of tested CLSM mixtures ranged from 3.6 to 9.0 MPa, over the upper excavatable limit of 2.1 MPa. The micro-structural analysis revealed that sewage sludge and bottom ash were crystallochemically in- corporated within CLSM system_s by forming the needle-like ettringite （C3A＇3CS＇_H32） with exiguous tu.bers via the typical Pozzolanic Reaction, leading to a dense and low-porosity microst;＇ucture. Furthermore,-the toxicity characteristic leaching procedure evidenced that the cumulative leachable metals in the leachate were much below the regulatory thresholds. The potential for us!ng sewage sludge and bottom ash!n CLSM makin.g was thus confirmed.

Performance Evaluation of IEEE 1394b Serial Bus with Deterministic and Stochastic Petri Nets

IEEE 1394b is a high-speed data bus that is widely used in local area networks and consumer electronics. To best utilize this data bus, we need to fully understand its per- formance. To evaluate its performance for both isochronous and asynchronous data transfers, we model the IEEE 1394b bus using Deterministic and Stochastic Pelri Nets （DSPNs）, and conduct simulations using TimeNET 4.0. Using the DSPNs model, we simulate both the average waiting times of isochronous and asynchronous packets. From the simulation results, we determine the factors that influence performance, such as throughput, size of packets, arrival rate of packets, number of isochronous channels, and bus configuration.

Configuration Synthesis and Performance Evaluation Metrics of Lunar Rover Locomotion Systems

A method of topology synthesis based on graph theory and mechanism combination theory was applied to the configuration design of locomotion systems of lunar exploration rovers(LER).Through topology combination of wheel structural unit,suspension unit,and connecting device unit between suspension and load platform,some new locomotion system configurations were proposed and the metrics and indexes to evaluate the performance of the new locomotion system were analyzed.Performance evaluation and comparison between two LER with locomotion systems of different configurations were analyzed.The analysis results indicate that the new locomotion system configuration has good trafficability performance.

Performance evaluation of a diesel engine by using producer gas from some under-utilized biomass on dual-fuel mode of diesel cum producer gas

Producer gas through gasification of biomass can be used as an alternate fuel in rural areas due to high potential of biomass resources in India.Experiments were conducted to study the performance of a diesel engine(four stroke,single cylinder,5.25 kW) with respect to its thermal efficiency,specific fuel consumption and diesel substitution by use of diesel alone and producer gas-cum-diesel(dual fuel mode).Three types of biomass,i.e.wood chips,pigeon pea stalks and corn cobs were used for generation of producer gas.A producer gas system consisting of a downdraft gasifier,a cooling cum cleaning unit,a filtering unit and a gas air mixing device was designed,fabricated and used to power a 5.25 kW diesel engine on dual fuel mode.Performance of the engine was reported by keeping biomass moisture contents as 8%,12%,16%,and 21%,engine speed as 1 600 r/min and with variable engine loads.The average value of thermal efficiency on dual fuel mode was found slightly lower than that of diesel mode.The specific diesel consumption was found to be 60%-64% less in dual fuel mode than that in diesel mode for the same amount of energy output.The average diesel substitution of 74% was observed with wood chips followed by corn cobs(78%) and pigeon pea stalks(82%).Based on the performance studied,the producer gas may be used as a substitute or as supplementary fuel for diesel conservation,particularly for stationary engines in agricultural operations in the farm.

Using fuzzy cognitive maps to model performance measurement system of Internet-based supply chain

Fuzzy cognitive maps （FCM） is a well-established artificial intelligence technique, which can be effectively applied in the domains of performance measurement, decision making and other management science. FCM can be a useful tool in a group decision-making environment by using scientifically integrated expert knowledge. The theories of FCM and balance scorecard （BSC） both emphasize cause-and-effect relationships among indicators in a complex system, but few reports have been published addressing the combined application of these two techniques. In this paper we propose a FCM simulation model for the sample performance measurement system of Intemet-based supply chain, which is constructed by BSC theory. We gave examples to explain how FCM can be adapted to execute the causal mechanism of BSC, and also how FCM can support group decision-making and forecasting in performance measurement.

A Ship Officer Performance Evaluation Model Using Fuzzy-AHP

A ship＇s crew plays an important role in the maritime transportation sector and their performance is paramont in the shipping industry. On this account, an impartial evaluation of the crew＇s performance is an important issue. In this paper, the ship officer＇s performance evaluation problem is studied. The performance evaluation criteria that shipping companies take into account are determined and a performance evaluation process is modelled by using the FAHP （Fuzzy Analytic Hierarchy Process） based on Chang＇s Algorithm. Linguistic variables and fuzzy numbers are used in the assessment process. The results of the proposed model demonstrate that the FAHP method is effective and helps managers make better and more reliable decisions under fuzzy circumstances.

Performance evaluation of best universities in China's Mainland based on ESI

The research performance of top universities in China is revealed in this study and analyzed using the essential science indicators(ESI) database.Different types of bibliometric indicators are applied in this study,including publication output and impact indicators.This study finds that the academic performance of universities in China is advancing rapidly,with many universities coming out near the top of the rankings,especially in terms of quantity of papers.The quantitative performance of universities in China is remarkable.The research results show that there is a considerable gap between quality and quantity of research output at the top universities of China,with research influence concentrated on some specific fields for selected universities.Engineering,Chemistry and Material Science are the fields with relatively outstanding performance in the top universities.