省级监察委员会立法权问题的法治省思

伴随着国家监察体制改革持续向纵深推进,在国家监察委员会已然获得监察法规制定权的背景下,是否应当赋予省级监察委员会以监察规章制定权便成为一个亟待回应的理论和实践问题,且形成了“肯定论”和“否定论”两种不同的观点。立法权限的转移、立法效率的考量、观照地方实际、立法中的“配备”惯例、监察机关系统纵向上的领导关系、纪检监察联合发文的需要等支持理由,为主张省级监察委员会应当享有监察规章制定权的观点提供了充分论证。赋予省级监察委员会以监察规章制定权,具有理论、制度和实践上的正当性。基于监察法治原理,赋予省级监察委员会以监察规章制定权,既需要从实体层面提供解决方案,又需要从程序层面进行程序设计,还需要构建监察规章的双重备案审查机制,从而确保地方监察工作在法治轨道上运行。

论监察从宽处罚建议制度的适用及其完善

监察从宽处罚建议是监察机关在职务犯罪案件调查过程中享有的一项职权,该项制度对于落实宽严相济的刑事政策以及提高职务犯罪案件调查效果具有重要意义。《中华人民共和国监察法》《中华人民共和国监察法实施条例》对监察从宽处罚建议制度的适用条件和程序进行了明确规定,监察实践中该项制度的适用也取得了较好的效果。但是结合规范与实践分析,监察从宽处罚建议适用制度仍然存在着适用条件模糊、适用效力不清以及适用比例不均衡等现象,为此应当在厘清监察从宽处罚建议性质的基础上,有针对性地对该项制度进行完善,以发挥其在职务犯罪案件处理中的作用。

EAST Cryogenic Supervisory and Control System Based on Delta-V DCS

The control system for the Experimental Advanced Superconductive Tokamak （EAST） cryogenic system is designed and constructed based on Delta-V DCS （Distribution Control System）, which consists of engineering workstations, operator workstations, application workstations, redundant controller units, input/output （I/O） cards and a redundant control network. Our task is to design a supervisory and control system to provide the operator interface for control and monitoring, sending alarms, archiving of selected signals, and other routines to analyze realtime and historic data. The hardware configuration, software structure and control algorithms are illustrated in detail in this paper. Hvpothetic oroblems and further research are also mentioned.

A Fuzzy Logic Based Supervisory Hierarchical Control Scheme for Real Time Pressure Control

This paper describes a supervisory hierarchical fuzzy controller （SHFC） for regulating pressure in a real-time pilot pressure control system. The input scaling factor tuning of a direct expert controller is made using the error and process input parameters in a closed loop system in order to obtain better controller performance for set-point change and load disturbances. This on-line tuning method reduces operator involvement and enhances the controller performance to a wide operating range. The hierarchical control scheme consists of an intelligent upper level supervisory fuzzy controller and a lower level direct fuzzy controller. The upper level controller provides a mechanism to the main goal of the system and the lower level controller delivers the solutions to a particular situation. The control algorithm for the proposed scheme has been developed and tested using an ARM7 microcontroller-based embedded target board for a nonlinear pressure process having dead time. To demonstrate the effectiveness, the results of the proposed hierarchical controller, fuzzy controller and conventional proportional-integral （PI） controller are analyzed. The results prove that the SHFC performance is better in terms of stability and robustness than the conventional control methods.

RSView Supervisory Edition在兰州烟厂制丝生产线监控系统中的应用

RSView Supervisory Edition软件是兰州烟厂2006年初从AB公司引进的一个较先进、实用的管理监控软件。它具有多服务器集群、多客户端的分布式结构和可伸缩性强、运行稳定等诸多优点,两年来,运用于兰州烟厂制丝生产线监控系统,体现了较高的实用价值和经济性。对其进行宣介,进一步扩展应用范围,能够提高国内烟厂制丝生产线监控系统效能,有助于同行业的技术交流和提升综合质量管理水平。

Supervisory control of the hybrid off-highway vehicle for fuel economy improvement using predictive double Q-learning with backup models

This paper studied a supervisory control system for a hybrid off-highway electric vehicle under the chargesustaining(CS)condition.A new predictive double Q-learning with backup models(PDQL)scheme is proposed to optimize the engine fuel in real-world driving and improve energy efficiency with a faster and more robust learning process.Unlike the existing“model-free”methods,which solely follow on-policy and off-policy to update knowledge bases(Q-tables),the PDQL is developed with the capability to merge both on-policy and off-policy learning by introducing a backup model(Q-table).Experimental evaluations are conducted based on software-in-the-loop(SiL)and hardware-in-the-loop(HiL)test platforms based on real-time modelling of the studied vehicle.Compared to the standard double Q-learning(SDQL),the PDQL only needs half of the learning iterations to achieve better energy efficiency than the SDQL at the end learning process.In the SiL under 35 rounds of learning,the results show that the PDQL can improve the vehicle energy efficiency by 1.75%higher than SDQL.By implementing the PDQL in HiL under four predefined real-world conditions,the PDQL can robustly save more than 5.03%energy than the SDQL scheme.

Supervisory Control of Fuzzy Discrete Event Systems Based on Agent

FDES(fuzzy discrete event systems) can effectively represent a kind of complicated systems involving deterministic uncertainties and vagueness as well as human subjective observation and judgement from the view of discrete events, here the information system is divided into some independent intelligent entitative Agents. The concept of information processing state based on Agents was proposed. The processing state of Agent can be judged by some assistant observation parameters about the Agent and its environment around, and the transition among these states can be represented by FDES based on rules. In order to ensure the harmony of the Agents for information processing, its upstream and downstream buffers are considered in the modeling of the Agent system, and the supervisory controller based on FDES is constructed. The processing state of Agent can be adjusted by the supervisory controller to improve the stability of the system and the efficiency of resource utilization during the process according to the control policies. The result of its application was provided to illustrate the validity of the supervisory adjustment.

A Message-array-based Mechanism for Tracking Control Effects in Supervisory Control Software

Supervisory control is a very popular paradigm for computer-controlled systems. Knowledge and tracking the control effect of every control operation is crucial to the control tasks. In the paper, we present a message-array-based mechanism to track control effects in supervisory control software. A novel data type, message array, is designed to efficiently support this tracking mechanism. The operation algorithms, adding algorithm （AA）, removing algorithm （RA）, and scheduler algorithm （SA） are proposed to operate the tracking messages in message array, which forms the special first input X output （FIXO） strategy of message array. Automatically tracking, recording, and rolling back are the characteristics of our tracking mechanism. We implement this messagearray-based mechanism on the famous human machine interface （HMI） software platform-proficy iFix, and construct experiments to evaluate the performance of the mechanism in various cases. The results show our mechanism can be well satisfied with supervisory control software.

Liveness Problem of Petri Nets Supervisory Control Theory for Discrete Event Systems

A quite great progress of the supervisory control theory for discrete event systems (DES)has been made in the past nearly twenty years, and now, automata, formal language and Petri nets become the main research tools. This paper focus on the Petri nets based supervisory control theory of DES. Firstly, we review the research results in this field, and claim that there generally exists a problem in Petri nets based supervisory control theory of DES, that is, the deadlock caused by the controller introduced to enforce the given specification occurs in the closed-loop systems, especially the deadlock occurs in the closed-loop system in which the original plant is live. Finally, a possible research direction is presented for the solution of this problem.

Network Security in Remote Supervisory Control

After an introduction to the implementation of supervisory computer control (SCC) through networks and the relevant security issues, this paper centers on the core of network security design: intelligent front-end processor (FEP), encryption/decryption method and authentication protocol. Some other system-specific security measures are also proposed. Although these are examples only, the techniques discussed can also be used in and provide reference for other remote control systems.

Supervisory Monitoring of Ecological Environment of Marine Nature Reserve

According to the latest situation of marine nature reserves in China, major problems in the construction of China's marine nature reserves and causes were analyzed. Considering related laws and regulations as well as requirements of China's ecological environment protection, this paper pointed out the necessity and urgency of implementing supervisory monitoring over marine nature reserves, and suggested that Ministry of Environmental Protection should take the lead, marine, forestry, land resources and other departments in charge should cooperate to fulfi ll this task, the supervisory monitoring should cover ecological environment, protected objects, routine work of the nature reserve management agency, and the authority of supervisory monitoring results should be highlighted.

The Design of Supervisory Institutions in the Ming Dynasty and Its Enlightenment to Modern Society

The supervisory system and the examination system are two indigenous political systems of China,and the former has a longer history than the latter when it comes to the origin.Having inherited the essence of the supervisory system since the Qin Dynasty,the supervisory rules in the Ming Dynasty opened a new chapter of legal thoughts of monitoring.This paper started with the design of the supervisory institutions in the Ming Dynasty recorded in the historical materials such as the Memoir of Ming Dynasty and The Interpretive Supplements to"The Great Learning",to get a glimpse of the main content of the legal thoughts of supervisory at that time,and tried to"take history as a mirror"to provide insights and lessons of the legal thoughts of supervisory in the Ming Dynasty for the later generations.

Wide-Area Delay-Dependent Adaptive Supervisory Control of Multi-machine Power System Based on Improve Free Weighting Matrix Approach

The paper demonstrates the possibility to enhance the damping of inter-area oscillations using Wide Area Measurement (WAM) based adaptive supervisory controller (ASC) which considers the wide-area signal transmission delays. The paper uses an LMI-based iterative nonlinear optimization algorithm to establish a method of designing state-feedback controllers for power systems with a time-varying delay. This method is based on the delay-dependent stabilization conditions obtained by the improved free weighting matrix (IFWM) approach. In the stabilization conditions, the upper bound of feedback signal’s transmission delays is taken into consideration. Combining theoriesof state feedback control and state observer, the ASC is designed and time-delay output feedback robust controller is realized for power system. The ASC uses the input information from Phase Measurement Units (PMUs) in the system and dispatches supplementary control signals to the available local controllers. The design of the ASC is explained in detail and its performance validated by time domain simulations on a New England test power system (NETPS).

Deepening Reform of the Supervisory System to Intensify the Fight Against Corruption

FIGHTING against corruption according to the law is a hallmark of China’s anti-corruption campaign since the 18th National Congress of the Communist Party of China(CPC),convened in 2012;and creating a sound,law-based supervisory system is a key focus and task of China’s efforts to establish a system of socialist rule of law with Chinese characteristics and comprehensively advance law-based governance.In 2018,both the government and the CPC stepped up the formulation of laws and Party regulations for the fight against corruption.

The Modem Business Reporting Dimension Including the Reports of the Supervisory Board

This paper is of conceptual nature. The considerations are based on literature studies and empirical research carried out in 2009 and 2011 among the members of supervisory board in Polish public companies. The purpose of this article is to present a new business reporting model extended by the supervisory board＇s reports. The part of this article, which is based on the literature research, clarifies the scope of modem business reporting, being a part of a company＇s information system. This article includes management commentary proposal prepared by the International Accounting Standards Board （IASB）. The authors proposed a supplement to the management commentary which is a global model of disclosures accompanying financial statements. According to the concept presented in this article, information prepared and disclosed by managers in financial statements and management commentaries are parts of a larger reporting system-corporate reporting supply chain. This paper mainly proposes an extension of a modem company＇s information system with a new channel of communication, such as supervisory board＇s reports. This article explains the role of a supervisory board associated with the conception. In the prepared conception, supervisory board becomes an active reviewer of management action. Moreover, it is also an active participant in the chain of corporate reports. Deliberations presented in this article are the voices in the debate on the shape of the modem business reporting.

Perfection solutions of supervisory audit in Chinese listed companies

Operational mechanism of supervisory audit in Chinese listed companies is not ideal, the supervisory effect of the listed company rely on features of supervisors＇ board and member of the supervisors＇ board. Based on the comparison of supervisory audit in Britain, Germany, France and Japan, and the empirical research on 100 listed companies in a share market, the paper analyses supervisory audit in Chinese listed companies, and proposes some perfection solutions to strengthen supervisory audit.

Effectiveness of Supervisory Boards in Coordination With Audit Committees in China

China＇s supervisory mechanism is peculiar in that it integrated the supervisory board （SB） of the German corporate governance （CG） model in 1993, and has simultaneously adopted the audit committee （AC） of the Anglo-American model since 2002. This paper aims to reveal the effectiveness of SBs in coordination with ACs in China. The regulations for Anglo-American and Chinese systems are compared and further evidence is provided through interviewing two governors of all listed companies in the SSE and of 79 investment corporations in Hangzhou. Both statements indicate that China still faces difficulties and problems in meeting the two indexes of independence and expertise of supervision to give effective supervisory functions. Both opinions differed in terms of the co-ordination of SBs and ACs in the future. The evidence presented forms a basis for proposals of how key characteristics of effectiveness and co-ordination can be improved to make supervisory functions in China more effective.

Decision-Making Process in Japanese Board Room. Audit ＆ Supervisory Board as a Source of Information to Outside Board Members： A Systematic Review

I the context of the Corporate Governance Code enactment in Japan, we examine how newly introduced outside directors in Japanese boards obtain information to take part in the decision-making process. We conducted a systematic review of the literature and found 18 peer-reviewed publications in a time span between 2000 and 2016 that described the asymmetry of information between the insider group of board directors （including the CEO） and the outside board members. Our fmdings show that for the course of more than a decade, despite all changes and reforms, the role of board directors, whether insiders or outsiders, is still supplementary. They are treated more as advisors than active part in the decision-making process. We reveal different insider sources of information as forming social ties with the CEO and/or inside board directors and collaboration with Audit ＆ Supervisory Board （Kansayaku）, which can help reduce this asymmetry and improve the decision-making process. We assume that it will be easier for the outsiders to establish contacts and form social ties with the Audit ＆ Supervisory Board members because of their unspoken lower status and thus to obtain more information about the company internal affairs and discussions that take place during the informal meetings, where only insiders （including the CEO） are present.

Fuzzy Supervisory Control and GPC Applied to a Flexible Single-Link Manipulator

This paper presents the development of a classical and intelligent control approaches applied to a flexible single-link manipulator robot and compared in terms of input tracking and vibration suppression. Lagrange＇s equations and finite elements method are combined to compute dynamic model of a flexible link manipulator with one rigid joint. Next, dynamics are itemized to explain flexible link behavior. Then a fuzzy supervisory controller is developed and introduced in the high level of the closed-loop of the flexible manipulator. A generalized predictive controller is then developed and introduced in the flexible system closed-loop to minimize end-point residual vibrations. Simulation results obtained are compared to a GPC （generalized predictive controller） in terms of end-point vibration suppression, input tracking and disturbance rejection. A conclusion encloses the paper.

Substation Supervisory System Basedon Feeder Control Units

This paper introduces a kind of Feeder Control Units (FCUs) which treat feeders or main transformers as its objects. Being carefully designed, the FCU can separately meet the requirements such as signals’ acquisition, local control, on-time switchgear interlocking, etc. Equipped with a sort of high-speed serial communicahon interface, the FCUs can be distributively arranged near or into the switchgear, therefore a kind of distributed substation supervisory system can be formed.