The Design and Study on CEO Financial Monitoring Index System Based on Stakeholder Theory

This paper summarizes the current financial monitoring theory and the design of index system, analyzes the possible monitoring indexes relative to stakeholders to achieve their own interests, and then categorizes these indexes into five aspects： the finance, the customer, the process, the employee and the society. After a deep analysis of these indexes, we use the Analytic Hierarchy Process to conform the weight of every index, subsequently build up an effective financial monitoring index system.

Bispectral index monitoring as an adjunct to nurse-administered combined sedation during endoscopic retrograde cholangiopancreatography

AIM:To determine whether bispectral index (BIS) monitoring is useful for propofol administration for deep sedation during endoscopic retrograde cholangiopancreatography (ERCP). METHODS:Fifty-nine consecutive patients with a variety of reasons for ERCP who underwent the procedure at least twice between 1 July 2010 and 30 November 2010. This was a randomized cross-over study, in which each patient underwent ERCP twice, once with BIS monitoring and once with control monitoring. Whether BIS monitoring was done during the first or second ERCP procedure was random. Patients were intermittently administered a mixed regimen including midazolam, pethidine, and propofol by trained nurses. The nurse used a routine practice to monitor sedation using the Modified Observer's Assessment of Alertness/Sedation (MOAA/S) scale or the BIS monitoring. The total amount of midazolam and propofol used and serious side effects were compared between the BIS and control groups. RESULTS:The mean total propofol dose administered was 53.1 ± 32.2 mg in the BIS group and 54.9 ± 30.8 mg in the control group (P = 0.673). The individual propofol dose received per minute during the ERCP procedure was 2.90 ± 1.83 mg/min in the BIS group and 3.44 ± 2.04 mg in the control group (P = 0.103). The median value of the MOAA/S score during the maintenance phase of sedation was comparable for the two groups. The mean BIS values throughout the procedure (from insertion to removal of the endoscope) were 76.5 ± 8.7 for all 59 patients in using the BIS monitor. No significant differences in the frequency of < 80% oxygen saturation, hypotension (< 80 mmHg), or bradycardia (< 50 beats/min) were observed between the two study groups. Four cases of poor cooperation occurred, in which the procedure should be stopped to add the propofol dose. After adding the propofol, the procedure could be conducted successfully (one case in the BIS group, three cases in the control group). The endoscopist rated patient sedation as excellent for all patients in both groups. All patients in both groups rated their level of satisfaction as high (no discomfort). During the post-procedural follow-up in the recovery area, no cases of clinically significant hypoxic episodes were recorded in either group. No other postoperative side effects related to sedation were observed in either group. CONCLUSION:BIS monitoring trend to slighlty reduce the mean propofol dose. Nurse-administered propofol sedation under the supervision of a gastroenterologist may be considered an alternative under anesthesiologist.

Wearable Smart Sensor System for Medical Monitoring with an Assessment of the Level of Blood Loss and Pain Shock Because of Trauma or Injury

Blood loss in peacetime is mainly due to the normal menstrual cycle in women or diseases with surgical intervention. In wartime, blood loss in military personnel is a characteristic sign of a closed or open injury of the body during internal or external bleeding. Access to clinical care for wounded military personnel injured on the battlefield is limited and has long delays compared to patients in peacetime. Most of the deaths of wounded military personnel on the battlefield occur within the first hour after being wounded. The most common causes are delay in providing medical care, loss of time for diagnosis, delay in stabilization of pain shock and large blood loss. Some help in overcoming these problems is provided by the data in the individual capsule, which each soldier of the modern army possesses;however, data in an individual capsule is not sufficient to provide emergency medical care in field and hospital conditions. This paper considers a project for development of a smart real-time monitoring wearable system for blood loss and level of shock stress in wounded persons on the battlefield, which provides medical staff in field and hospital conditions with the necessary information to give timely medical care. Although the hospital will require additional information, the basic information about the victims will already be known before he enters the hospital. It is important to emphasize that the key term in this approach is monitoring. It is tracking, and not a one-time measurement of indicators, that is crucial in a valid definition of bleeding.

Textile Index Monitor

Textile Index Monitor is a new column that delivers a textile-specific price index profile in weeks that are bygone when this monthly magazine comes to your hand. China Textile City is the name of the world-largest yarn&fabric marketplace in the famous town of Keqiao in Zhejiang,China.Several years ago,Ministry of Commerce(MOC)set up a national price index centre for textiles-specific category,China Textile City takes the leading role in publishing its analytical report of textile price index on weekly,monthly,quarterly and yearly basis,making it possible for Keqiao or its textile city to be the weathercock for textiles market trend in China and in the world as well.From this issue,a new column is given to cover the gist&feeds of the latest developments&gradients in this market barometer.

Textile Index Monitor

National Index for China Textile City (located in Keqiao, Shaoxing county in Zhejiang Province, east of China) concludes its price index (periodic code:

Textile Index Monitor

Part I–Price Index National Index for China Textile City (located in Keqiao, Shaoxing county in Zhejiang Province, east of China) concludes its price index (periodic code:20101101) at 100.31 points rise of 0.68% as against its previous week.

Study on the Evaluation and Monitoring over In-depth Development of Ecotourism

Qualitative indexes contained in the product standards of in-depth ecotourism development are summarized as:carrying capacity control,protection of natural environment,participation of community residents,education about environment protection,enhancing standard management,clean production,green training,and overall monitoring.Based on the model of grey system theory,the improvement of in-depth ecotourism development was predicted,the construction,evaluation and monitoring model for the in-depth development of ecotourism was established,and finally the index system for the evaluation was set as the General Layer(A),the System Layer(B),the Status Layer(C),and the Variable Layer(D).

Multimode Process Monitoring Based on Fuzzy C-means in Locality Preserving Projection Subspace

For complex industrial processes with multiple operational conditions, it is important to develop effective monitoring algorithms to ensure the safety of production processes. This paper proposes a novel monitoring strategy based on fuzzy C-means. The high dimensional historical data are transferred to a low dimensional subspace spanned by locality preserving projection. Then the scores in the novel subspace are classified into several overlapped clusters, each representing an operational mode. The distance statistics of each cluster are integrated though the membership values into a novel BID (Bayesian inference distance) monitoring index. The efficiency and effectiveness of the proposed method are validated though the Tennessee Eastman benchmark process.

大型危岩体崩塌灾害早期监测预警技术研究综述

作为中国常见的一种地质灾害,大型危岩崩塌成因复杂、分布范围广、隐蔽性和突发性强、危害性大,其早期预警一直难以实现。通过总结岩体崩塌灾害失稳机理与预警模型可知,开展岩桥结构面损伤识别及静力学-动力学-环境量参量(SDEI)的综合性监测技术研究是实现大型危岩体崩塌灾害早期监测预警的关键所在,而基于分离破坏前兆识别的早期预警机制研究是提高崩塌灾害预警时效性的有效手段之一。随着微机电系统与云边融合技术的发展,在未来有望形成一套稳定性动态评价、失稳工况预测与失稳时间预测模型实时联动的多元预警新范式。与此同时,还需通过不断丰富大型危岩崩塌等脆性破坏灾害预警技术体系,实现危岩体预警等级、稳定性状态、失稳工况、失稳时间的实时分析,进而有效解决大型危岩体崩塌灾害科学精准防控与智慧化应急决策的双重难题。最后,针对目前崩塌灾害早期监测预警研究中存在的技术瓶颈问题,提出具体的发展策略与应对措施,以期为中国地质灾害高风险区更好地应对大型危岩体崩塌灾害提供一些参考。

大学生学习状态监控指标体系及其人机协同监控策略研究

随着人工智能、物联网、大数据等技术的快速发展及其在教育领域的深度应用,教学过程逐渐走向智能化、精准化和个性化。学习状态人机协同监控指教师和智能机器分工协同,共同完成学习状态多模态数据的采集与处理,精准识别学生的个性化学习需求,为教师精准教学与学生个性化学习提供数据支持。通过构建由4个一级指标、11个二级指标和42个三级指标构成的大学生学习状态监控指标体系,并结合该指标体系提出了人机协同监控策略,可以有效解决大学生学习状态监控什么与如何监控的问题。

宁夏县域科技创新能力监测评价指标体系构建与实证分析

实施创新驱动发展战略,基础在县域,活力在县域,难点也在县域。开展县域科技创新能力监测评价,有助于能够全面、准确掌握县域科技创新发展情况,进而实现精准发力、科学施策,促进县域科技创新能力快速跃升。文章从定量的角度建立能反映县域科技创新特性、可比性强、易于操作的监测评价指标体系,并进行实证研究。研究结果表明,县域科技创新能力监测评价指标体系对县域科技创新能力提升有着显著的借鉴作用。就如何进一步提高县域科技创新能力,文章提出了进一步提高相关人员认识水平,发挥政策引导作用;加大投入,激发企业创新动力;合理布局,优化科技资源配置;多措并举,促进科技成果转化;营造环境,激发县域创新活力等具体建议。

自然资源调查监测成果分析评价指标计算系统设计与实现

针对自然资源调查监测数据分析评价工作自动化和智能化的需求,设计了自然资源调查监测成果分析评价指标计算系统的总体架构、系统数据库、功能架构与技术架构。在系统建设的过程中,基于ETL技术实现了大规模结构化数据的快速入库,采用模型构建器技术,提升了建模效率和模型的可拓展性,运用在线可视化分析页面构建技术,实现了在系统中高效且美观地展示各类专项调查监测、统计及评价成果数据,运用地理信息赋能经济社会可持续发展。

基于医院数据中心的监测指标集管理系统设计与应用

目的满足医院日益复杂的内部运行监测需求和各级卫生健康行政部门的外部连续性监测要求。方法医院管理部门深度参与各项指标的全面定制,设计一种基于医院数据中心的监测指标集管理系统。结果该系统为医院管理部门提供了可视化的指标管理、报表管理、权限管理等功能模块。结论该系统的应用明确了各项指标维护的责任边界,保证了指标的一致性、完整性、可扩展性和可复用性,为医院管理部门提供了更加灵活、准确、便捷的数据服务,同时也满足了各级卫生健康行政部门对于医院数据的持续性监测要求。

科技创新基地建设质量评价指标体系构建及动态监控机制研究

科技创新基地是国家创新体系的重要组成部分,为国家实施创新驱动发展战略提供了重要支撑。目前科技创新基地评价指标体系有待进一步健全、静态监控的发展现状在一定程度上已不能适应新时代提升科技创新基地建设质量的要求。文章围绕新形势下科技发展的需求,构建科技创新基地建设质量评价指标体系、建立动态监控机制,并结合信息化手段实现科技创新基地信息化管理原型系统。

基于“考核指标+监测指标”的医院评审标准研究

《三级医院评审标准(2020年版)》强调以信息化手段加强日常监管,以客观指标为评审要素,这为各省制定实施细则提供了全新视角。通过阐述《内蒙古自治区医院评审标准及实施细则(2021年版)》的编制及实施过程,提出“考核指标+监测指标”组合的定量指标设计方案,将关键性的、质量可靠的定量指标设置为“考核指标”,按照“结构—过程—结果”模型分类,分别设置不同的计分规则,并作为评审的主要内容;“监测指标”使用三维考核模型计分,侧重全面监管和数据收集。经评审实践,国家标准在内蒙古地区得以落实,医疗管理数据质量明显改善,实现了信息化评审评价,推动了医疗质量管理水平提升。

基于模糊理论的桥梁监测设备评估方法研究

针对桥梁监测设备运行状态难以量化评估的问题,提出一种基于模糊理论的综合评估方法,构建监测设备运行状态自诊断服务系统。基于现行规范建立监测设备运行状态评估指标体系,采用正态分布隶属度函数,并引入Pearson相关系数和信息熵确定各评估指标权重;采用基于混合算子的模糊评估模型,实现监测设备运行状态量化评估;通过自诊断服务系统,实时监测设备运行状态并进行报警。将该方法应用于某悬索桥监测设备评估,工程应用结果表明:该方法与规范方法和概率分析法评估结果相同,但该方法基于模糊理论“自下而上”逐级综合加权分析,全面量化评估桥梁监测设备体系各等级运行状态隶属度,评估结果简单直观,所构建的自诊断服务系统有助于科学指导桥梁健康监测系统运维。

生物多样性保护成效评估指标体系和评价方法研究进展

生物多样性保护是实现生态系统可持续发展的前提,生物多样性保护成效评估是生物多样性监管的基础,科学、有效的评估能够明显提升生物多样性保护与管理水平,并显著改善区域生态环境。总体来看,现有的保护成效评估主要围绕自然保护地、生态环境和生物多样性等研究对象的状态和变化两个层面开展,评估指标体系的侧重点逐渐由管理成效向保护成效转变,评估方法基本涵盖了全球、地区、国家和单个自然保护地等多种空间尺度。然而,由于缺乏统一的指标体系和评价方法,导致区域间的评估结果难以比较,因此多尺度集成评估也难以开展。近年来,全国生物多样性监测网络和数据库的建立,以及多种新技术(如遥感、环境基因组学等)在生物多样性监测中的应用,使得宏观生态系统和微观基因水平的多层次连续监测成为可能。基于此,建议未来我国生物多样性保护成效评估应在认真总结全球生物多样性保护成效评估理论和方法的基础上,加强全国生物多样性监测网络的建设,发展适合中国区域特点的跨学科的综合保护成效评估指标体系。定期的生物多样性保护成效评估,有助于全面了解我国生物多样性保护现状及发展趋势,进而为生物多样性保护和管理决策提供支持和服务,也为中国履行生物多样性公约、实现联合国可持续发展目标提供数据和技术支持。

专利密集型产业评价监测指标体系构建研究

专利密集型产业具有创新能力强、经济贡献度高等特点,在我国知识产权强国建设和经济高质量发展过程中有着至关重要的作用。通过总结梳理专利密集型产业测度指标、经济和创新评价指标相关的重点研究成果,结合专利密集型产业特点,从创新投入、创新产出和经济贡献角度出发,构建专利密集型产业评价监测指标体系,为推动我国专利密集型产业培育、完善专利密集型产业统计监测机制提供参考。

湖北省国土空间规划监测评估预警指标体系研究

国土空间规划实施评估是监督规划实施的必要手段,由于各地区的自然资源禀赋、社会经济发展的情况不同,需要结合地方实际进行创新实践,研究符合地方发展的指标体系。本文在国家基本指标体系评估基础上,结合湖北实际,针对现行指标体系的不足,采用文献资料法和比较分析法等,探索了面向规划分区和用途管制目标的监测评估预警指标体系构建技术,形成了具有地方特色的湖北省监测评估预警补充指标体系,以期为湖北省国土空间规划及实施监督管理工作提供参考。

大埋深高水压煤矿突水危险性分析及水害监测预警指标构建

针对大埋深高水压煤矿底板突水威胁,本文以恒源煤矿为研究对象,进行致灾机理及多要素监测预警理论研究,形成底板水害风险监测指标体系。利用熵权法及层次分析法,进行客观赋权及主观赋权,在此基础上进行组合赋权,得到各突水要素综合权重。研究方法及成果对水害监测平台的建设以及多元数据的采集,提供技术支撑及设计参考。