Science Links Japan

List of Jounal Titles

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Keiso

Evolution and needs of flow rate measurement from viewpoint of process management. Expectation for flowmeter from viewpoint of process operation and development trends.
Evolution and needs of flow rate measurement from viewpoint of process management.User application examples. Application needs and instrument selection. High-precise application of Coriolis type mass flowmeter to batch weighing process.
Evolution and needs of flow rate measurement from viewpoint of process management.User application examples. Application needs and instrument selection.Application of electromagnetic flowmeter for non-fillied water levels to wastewater treatment.
Evolution and needs of flow rate measurement from viewpoint of process management.User application examples. Application needs and instrument selection.Selection of ultrasonic vortex flowmeter in monomer flow measurement and its application.
Evolution and needs of flow rate measurement from viewpoint of process management.Application of differential pressure flow meter/transmitter to reduce connecting pipes.Proposal of new instrumentation using differential pressure transmitter. Reduction of TCO.
Evolution and needs of flow rate measurement from viewpoint of process management.Application of differential pressure flow meter/transmitter to reduce connecting pipes.Connecting pipe-less instrumentation using remote/sealed differential pressure transmitter vs connecting pipe-less instrumentation by direct mount.
Evolution and needs of flow rate measurement from viewpoint of process management.Latest flowmeter in response to operator needs. Integrated Coriolis type mass flowmeter realized small scale and higher precision.
Evolution and needs of flow rate measurement from viewpoint of process management.Latest flowmeter in response to operator needs.Relative flowmeter for particulate matters using microwave.
Evolution and needs of flow rate measurement from viewpoint of process management.Latest flowmeter in response to operator needs.High-precise Coriolis mass flowmeter aiming at reduced pressure loss and stable zero point.
Evolution and needs of flow rate measurement from viewpoint of process management.Latest flowmeter in response to operator needs.Capacitive electromagnetic flowmeter extending measuring area.
Evolution and needs of flow rate measurement from viewpoint of process management.Latest flowmeter in response to operator needs.Application of V cone type flow meter to mass flow rate measurement.
" Ununderstandable " troubleshooting of measuring instruments on site 12. Pressure gage ( 1 ). Unique process control by VAPOR PRESSURE TRANSMITTER.
Analysis of process control 9. PID control ( 2 ). P control.
Network development of gas detection system using SS modulation power line carrier system.
Viewpoint and point at issue of instrumentation technology in globalization 8.Explosion-proof instrumentation. Globalization and domestic affairs.Japanese traditional tendency to give significant terms vague definition is one of main barrier of globalization.Subject is risk mamagement, one of serious problems and technology for removing risk is " Explosion-proof instrumentation ".Main themes of conference held in Houston in 1998 were measures for standards for safety system and explosion-proof construction for dust.
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Environmental adaptation type assembly work robot who used VR in HMI.
Concept of reliability in open systems and countermeasures. Problem and reliability of open systems from the viewpoint of SI.
Concepts of reliability in open systems and countermeasures. Reliability of DCS in the opening age and the direction.
Concept of reliability in open systems and measures. Reliability measures in elemental technology and the promotion method. Opening in industrial personal computers and strengthening of "dependability".
Concept of reliability in open systems and measures of reliability. Reliability measures in elemental technology and the promotion method. High reliability SCADA system and "Open Software Bus".
Approach to reliability in open systems and measures. Reliability measures in elemental technology and the promotion method. Security of reliability in integrated software and subjects to be examined.
Approach to reliability in open systems and measures. Reliability measures in elemental technology and the promotion method. CompactPCI and "Hot Swap" technology for improving reliability and maintenance.
Approach to reliability in open systems and measures. Reliability measures in elemental technology and the promotion method. Real time and reliability improvement of field instrumentation by intelligent I/O.
Approach to reliability in open systems and measures. Reliability measures in elemental technology and the promotion method. Innovation of HMI to information communization and the direction of network and system management.
"Wonderful" troubleshooting of field measuring inatruments. The 13th. Pressure gage ( the 2nd ).
Process control is analyzed ( the 10th ). PID control ( the 3rd ). PI control.
Alarm reduction case by data collection analysis software to stable operation.
Pulp concentration meter using a microwave phase difference system.
Multivariate analysis and modeling tool for promoting the effective use of operation data.
Viewpoint and argueing point of instrumentation technology in globalization. The ninth. Global technology "fuzzy technology" from Japan.
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New development of computerization and integration in the logistics process. Viewpoint of computerization and integration for advanced logistics systems.
New development of computerization and integration in the logistics process. Optimization and concept of procurement, production and logistics processes via supply chain.
New development of computerization and integration in the logistics process. Applications of computerization and integration. Operation and standard information of the logistics system for integrating with ERP.
New development of computerization and integration in the logistics process. Applications of computerization and integration. Unmanned vehicle system with SS radio modem.
New development of computerization and integration in the logistics process. How to use computerization and integration tools. New engineering in the logistics center using "emulation technique."
New development of computerization and integration in the logistics process. How to use computerization and integration tools. Efficiency improvement and integration of logistics information by wireless LAN system construction tools.
New development of computerization and integration in the logistics process. How to use computerization and integration tools. Facility plan/layout support by simulation/optimization.
New development of computerization and integration in the logistics process. How to use computerization and integration tools. Functions of SCM software for total optimization and solutions.
"Mysterious" troubleshooting of on-site measuring equipment. No. 14. Pressure gage (Part 3). Can trouble bring fortune!?
Analysis of process control. No. 11.
Development of on-line NMR (Nuclear Magnetic Resonance) sensors.
Straight-through flow eccentric rotating plug valve meeting various fluid control specifications.
Fieldbus technology development and system integration.
Points of view and at issue on instrumentation technology for globalization No. 10. Sequence control and opening.
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Future quality control and HMI in food and pharmaceutical factories. Concept of future quality control and development of HMI.
Future quality control and HMI in food and pharmaceutical factories. Concept and approach of production management/instrumentation systems in GMP pharmaceutical factories.
Future quality control and HMI in food and pharmaceutical factories. Concept of measures to meet GMP requirements and automation in pharmaceutical factories.
Future quality control and HMI in food and pharmaceutical factories. Computerization and quality control in an actual system. Concept and real situation of quality control in centralized information control systems.
Future quality control and HMI in food and pharmaceutical factories. Computerization and quality control in actual systems. System efficient in operating CIP units for quality control.
Future quality control and HMI in food and pharmaceutical factories. Efficient use of supporting technology for quality assurance. Demands and actual situation of document management systems for medical suppliers.
Future quality control and HMI in food and pharmaceutical factories. Efficient use of supporting technology for quality assurance. Remote monitoring unit for HACCP management in medium-scale food plants.
Future quality control and HMI in food and pharmaceutical factories. Efficient use of supporting technology for quality assurance. Applications of support software for HACCP system installation in medium-scale food plants.
Future quality control and HMI in food and pharmaceutical factories. Efficient use of supporting technology for quality assurance. Selection and use of TOC meter in medicine manufacturing.
Future quality control and HMI in food and pharmaceutical factories. Efficient use of supporting technology for quality assurance. Use of noncontacting thermometers in food manufacturing and sales sites for quality control .
"Mysterious" troubleshooting of field meters. No. 15. Users' trouble. (Part 1)
Analysis of process control. No. 12.
Proposal of management reform using information technology (IT). Supply chain management and ERP.
Process data aimed at advanced use in MES field.
Use of scheduling system for shipment optimization in refinery.
Viewing and discussing points of global instrumentation technology. No. 11. Plant instrumentation and "ergonomic design." Standardization and domestic trends.
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Treatment system utilizing synchrotron " to fight gainst cancer by heavy ion rays " expected for practical use and diffusion.
Analysis of process control : 13th : Running after 2 hares of antinomy : PID of2 degrees of freedom : Part 1.
Functions, system structure and future possibilities of instrumentation.
Future directions of instrumentation engineers : Information engineers.
Advanced information society developed by biotechnology.
Recycling technology for environmental preservation and instrumentation : Roles of instrumentation and viewpoints of its application in environmental monitoring.
Recycling technology for environmental preservation and instrumentation : Application conditions and development problems of measurement and control technologyin recycling plants.
Recycling technology for environmental preservation and instrumentation :Development of plastic discrimination system by near-infrared spectroscopic measurement and neuro-analysis.
Recycling technology for environmental preservation and instrumentation : Construction of power monitoring system by Web technology.
Recycling technology for environmental preservation and instrumentation : Envi-ronmental measures by Pinch technology : Development and application of Pinch analysis method for reducing factory service water and drainage.
Recycling technology for environmental preservation and instrumentation : Optimization of drainage treatment system by dynamic simulation.
Recycling technology for environmental preservation and instrumentation:Increasingly diversifying environmental instrumentation equipment/tools :Multi-water-quality monitoring system enabling simultaneous measurement of 13 items .
Recycling technology for environmental preservation and instrumentation : Increasingly diversifying environmental instrumentation equipment/tools : Ammonia- nitrogen measuring device by coulometric titration method.
Recycling technology for environmental preservation and instrumentation : Increasingly diversifying ennvironmental instrumentation equipment/tools : Color discrimination of recycled glass bottles by color-image extraction device.
Recycling technology for environmental preservation and instrumentation :Increasingly diversifying environmental instrumentation equipment and tools : Simple-type integrating wattmeter mounting display function of CO2emission.
"Computerization and instrumentation" : Explore the current of production and information systems in the new era : No.1:Supply chain management and concurrent engineering : ABB"ISP" : Part 1.
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Risk-based approach for safety instrumentation and abnormality sensing technique. Guidelines for design of safety instrumentation system (IEC61508) based on risk management and the viewpoint.
Risk-based approach for safety instrumentation and abnormality sensing technique. Safety design of operation of chemical plant and its concept.
Risk-based approach for safety instrumentation and abnormality sensing technique. Future issues from the viewpoint of introducing safety instrumentation in the interlock system.
Risk-based approach for safety instrumentation and abnormality sensing technique. Technology for practical application of the new safety instrumentation system. Features and superiority of the safety system that responds to the international safety standard (IEC61508).
Risk-based approach for safety instrumentation and abnormality sensing technique. Technology for practical application of the new safety instrumentation system. Management by "1oo2D" safety PLC and viewpoint of application.
Risk-based approach for safety instrumentation and abnormality sensing technique. Technology for practical application of the new safety instrumentation system. Application field of triple fail safe PLC based on the decision theory and cases overseas.
Risk-based approach for safety instrumentation and abnormality sensing technique. Application examples of abnormality detection/diagnostic technique. Application example of leakage detection/test system for oil pipeline.
Risk-based approach for safety instrumentation and abnormality sensing technique. Application examples of abnormality detection/diagnostic technique. Method of application of sonic flame detection device and points to be noted based on the application examples.
Risk-based approach for safety instrumentation and abnormality sensing technique. Sensor system for abnormal detection/diagnosis. Supersensitive noxious gas monitor using tape electrophotometry.
Risk-based approach for safety instrumentation and abnormality sensing technique. Sensor system for abnormality detection/diagnosis. Portable volatile organic compound monitor (VOC) to which photoionization sensor is applied.
Risk-based approach for safety instrumentation and abnormality sensing technique. Sensor system for abnormality detection/diagnosis. Early abnormality sensing system for electrical facilities using odor sensor.
Risk-based approach for safety instrumentation and abnormality sensing technique. Sensor system for abnormality detection/diagnosis. Safety valve actuation testing system for improvement of reliability.
Risk-based approach for safety instrumentation and abnormality sensing technique. Sensor system for abnormality detection/diagnosis. PLC debug software incorporating the operation chart function.
Smart-type near infrared radiation analyzer which enables simultaneous measurement of upto 3 components.
Energy-saving controller for automatic stop/startup which promotes optimum energy management.
"Computerization and instrumentation". Insight into the trend of production and information systems in the new era. The second. Supply chain management and concurrent engineering. ABB "ISP". Part 2.
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"Wonderful" troubleshooting of field meters. The 17th. Case study. (3). Case of measurement error trouble due to electrostatic adhesion of a product.
Analyzing process control. The 15th. Running after two hares which are antinomic. PID with 2 degree of freedom. The 3. Similarity.
Viewpoint of development of control valves and communication function. Evolution of control valves to the new era and their role.
Viewpoint of development of control valves and communication function. On-line self-diagnosis of a control valve realized in field bus.
Viewpoint of development of control valves and communication function. Advanced utilization of control valves in plant operation and maintenance control. Centering on the high-performance intelligent positioner.
Viewpoint of development of control valves and communication function. The forefront of the development. Viewpoint of the development and features. Response to the field needs in the case of intelligent actuators.
Viewpoint of development of control valves and communication function. The forefront of the development. Viewpoint of the development and features. Further down sizing of actuators and response to international standards.
Viewpoint of development of control valves and communication function. The forefront of the development. Viewpoint of the development and features. Advanced utilization of the valve system by simple instrumentation.
Viewpoint of development of control valves and communication function. The forefront of the development. Viewpoint of the development and features. Small motor-operated valve responsive to various field needs.
Viewpoint of development of control valves and communication function. The forefront of the development. Viewpoint of the development and features. Grade requirements for highly clean, aseptic valve and aim of the development.
Viewpoint of development of control valves and communication function. The forefront of the development. Viewpoint of the development and features. Development of a pressure regulator in response to the trend toward larger capacity and future direction.
Viewpoint of development of control valves and communication function. The forefront of the development. Viewpoint of the development and features. Triple eccentricity valve whose application is spreading to the high-temperature, high-pressure region.
Plant instrumentation utilizing multimedia. Utilization of multimedia for remote control of remote plants and future issues.
Plant instrumentation utilizing multimedia. Case study of field application of large displays and mobile PCs and the viewpoint.
Plant instrumentation utilizing multimedia. Multimedia function in DCS and direction of application.
Plant instrumentation utilizing multimedia. Utilization of multimedia VR system for wide-area monitoring control of a drainage pump station.
Computerization and instrumentation. Insight into the current of production and information systems in the new era. The third. The Internet business. "EC-OIL".
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Computerized instrumentation developed by Web. Its concept and approach. Viewpoint of using Web and Java technology in measurement control.
Computerized instrumentation developed by Web. Its concept and approach. Use of Web server. Application of information control connection unit by adopting Java/LON in monitoring control systems.
Computerized instrumentation developed by Web. Its concept and approach. Use of Web server. Field monitoring system construction using industrial network computers.
Computerized instrumentation developed by Web. Its concept and approach. Use of Web server. Monitoring system construction with built-in Web server and its merits.
Computerized instrumentation developed by Web. Its concept and approach. Use of client terminals. Integration of information and control systems using Web panel computers.
Computerized instrumentation developed by Web. Its concept and approach. Use of Web in SCADA/HMI software. Features of ActiveX process monitoring construction tool to its use for Web application.
Computerized instrumentation developed by Web. Its concept and approach. Use of Web in SCADA/HMI software. Effective systematizing technique with distributed monitoring and control package and Device Net.
Computerized instrumentation developed by Web. Its concept and approach. Use of Web in SCADA/HMI software. Actual plant data monitoring with Internet add-on software.
Computerized instrumentation developed by Web. Its concept and approach. Use of Web in SCADA/HMI software. Application of Web tools in integration of instrumentation control and Internet.
Computerized instrumentation developed by Web. Its concept and approach. Windows CE in measurement and control systems. Its roles in manufacturing system trends and efforts to use Web technology.
Level indicator for powder and liquid to achieve higher reliability by measuring RF wave phase difference.
4 loop multi- controller suitable for instrumentation of medium scale.
Computerization and instrumentation. Current of production and information systems in a new age No. 4. Ideal risk management in engineering.
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To the twenty-first century, digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and role of the instrumentation technology engineers. The perspective on instrumentation world in the twenty-first century. From the viewpoint of the process engineering.
To the twenty-first century, digital instrumentation world. Fusing instrumentation, control and information. Plant operation in the twenty-first century and the role of instrumentation technology engineers. The continuous manufacturing plant. Presentation(1) Instrumentation engineers in the digital instrumentation age.
To the twenty-first century, digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The continuous manufacturing plant. Presentation(2). From the viewpoint of control and information system.
To the twenty-first century, digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The continuous manufacturing plant. Presentation(3). Operation and pursuit of the ideal way of the system.
To the twenty-first century, digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The continuous manufacturing plant. Presentation(4). The role of instrumentation turned to unmanned steelworks.
To the twenty-first century, digital instrumentation world. Fusing instrumentation, control and information. Plant operation in the twenty-first century and the role of instrumentation technology engineers. The continuous manufacturing plant. Presentation(5). Instrumentation engineer of the pulp and paper industry.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The batch plant. Presentation (1). The ideal way of flexible operation.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The batch plant. Presentation (2). Dreaming of the figure to become.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The batch plant. Presentation (3). Evolution of the batch instrumentation and "figure" in the twenty-first century.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The batch plant. Presentation (4). The plant integration design. The concurrent engineering.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The batch plant. Presentation (5). The role of information technology in the industry innovation.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. Plant operating in the twenty-first century and the role of instrumentation technology engineers. The twenty-first century strategy of the instrumentation bender. The offer of production, environment and maintenance solution which reduces TCO of the manufacturers.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. The corporate strategy which goes through the new automation age.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. The enterprise technology solution.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. The open autonomous distributed system.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. Industrial network which utilized the connectivity by the multi- bender.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. The system will greatly change in the twenty-first century.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. The correspondence and product strategy to the monitoring and the fieldbus system with level indicator.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. PlantWeb changes the quality of the plant operation. Intelligence, scaleability, fieldbus, opening, integration.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. The main products which is expected to contribute in the twenty-first century and the role of flow sensor makers.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. Realization of the platform aiming at the integration control. Trend of the instrumentation system for the twenty-first century and challenge of our company.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. A new CIE integrated control system aiming at true integrated manufacturing system.
To the twenty-first century digital instrumentation world. Fusing instrumentation, control and information. The twenty-first century strategy of the instrumentation bender. The role of sensor manufacturer in the twenty-first century.
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"Wonderful" troubleshooting of field instruments. The 19th. Control valve (Part 2). Trouble case due to model selection and conviction.
Analysis of process control. The 17th. Rules for adjustment of PID parameters. Part 2. Concrete adjustment methods.
Engineering environment in the open system and its direction. Change and approach of engineering environment brought about by open system.
Engineering environment in the open system and its direction. Open system of a paint shop which targets flexibility and stability and design viewpoint.
Engineering environment in the open system and its direction. Development of the fieldbus engineering learning tool and its role.
Engineering environment in the open system and its direction. Application of the fault tolerant system to the personal computer instrumentation.
Engineering environment in the open system and the direction. Opening of DCS and engineering environment. Challenge for opening of DCS engineering data.
Engineering environment in the open system and its direction. Opening of DCS and engineering environment. Integrated engineering of an open automation system and utilization of IT.
Engineering environment in the open system and its direction. Opening of DCS and engineering environment. Opening of a system and easy engineering.
Engineering environment in the open system and its direction. Opening of DCS and engineering environment. Features of instrumentation engineering in the light fieldbus system.
Engineering environment in the open system and its direction. Opening of DCS and engineering environment. Data integration management and efficient engineering of an open control system.
System application. Intelligent solution sending system from the viewpoint of SCM. Application to a batch factory.
Development of a small-scale batch management package for PA using sequencers and personal computers.
"Computerization and instrumentation". Investigation of the trend of the new-era production and information systems. The fifth. History of the altitude control in the monthly issues of "Instrumentation". (Part 1).
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The new age of the production and information system developed by the instrumentation. The point of attention for the next generation production and information system construction and the needs for the instrumentation.
The new age of the production and information system developed by the instrumentation. The system approach by IT. The "value chain" and the utilization of the Web technology in the next-generational HMI.
The new age of the production and information system developed by the instrumentation. The system approach by IT. Mounting of the ControlNet protocol to TCP-IP and productivity improvement by SoftAutomation.
The new age of the production and information system developed by the instrumentation. The system approach by IT. Digital management and Windows to next generation production and information system construction DNA The significance of for Manufacturing.
The new age of the production and information system developed by the instrumentation. The system approach by IT. Network measurement solution in the next generation.
The new age of the production and information system developed by the instrumentation. The system approach by IT. HMI/SCADA solution by the component object.
The new age of the production and information system developed by the instrumentation. The system approach by IT. Flexible system construction and realization of "Web Top Control Room" by the Java technology.
The new age of the production and information system developed by the instrumentation High-degree application and a new proposal to the plant instrumentation of DCS. Proposal of an effective solution turned to the measurement control in the twenty-first century.
The new age of the production and information system developed by the instrumentation High-degree application and a new proposal to the plant instrumentation of DCS. Reconstruction of the plant operation for winning the global competition in the twenty-first century. The OPR(operation process redesign).
The new age of the production and information system developed by the instrumentation High-degree application and a new proposal to the plant instrumentation of DCS. New integred control system "CIEMAC" opening the door of the twenty-first century.
The new age of the production and information system developed by the instrumentation High-degree application and a new proposal to the plant instrumentation of DCS. Solution system to the new era and challenge in production and physical distribution field.
The new age of the production and information system developed by the instrumentation High-degree application and a new proposal to the plant instrumentation of DCS. DCS "EX-6000/7000 series" which realizes the new production system.
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Utilization of data reconciliation in operational control. Data reconciliation and operational control.
Utilization of data reconciliation in operational control. Approach and promotion of data reconciliation from the viewpoint of instrumental accuracy.
Utilization of data reconciliation in operational control. Process abnormality diagnosis by sensor validation and its evaluation. Process health monitoring system.
Utilization of data reconciliation in operational control. Viewpoint of utilization data reconciliation for real-time optimization and its evaluation.
Utilization of data reconciliation in operational control. Introduction of the loss control system by DR (Data Reconciliation) and its effect.
Utilization of data reconciliation in operational control. DR modeling by GUI and its application field.
Utilization of data reconciliation in operational control. Improvement of reliability of data required for real-time optimum control and optimum operation.
Utilization of data reconciliation in operational control. Accuracy and reliability of process sensor from the viewpoint of operational control.
Personal computer batch instrumentation system with which functions are dispersed in PLC.
Development of a multifunctional fuzzy controller and application example.
Safe instrumentation by compact-type triplet PLC.
Development of pilot solenoid valve for power saving or low power consumption process control and response to fieldbus.
"Computerization and instrumentation". Investigation of the trend of production and information systems in the new era. The sixth. History of the advanced control shown in "Instrumentation" monthly magazine (Part 2).