Table Of Content

BSW) ISA Transactions, Vol. 36, No. 4, pp. 357-358, 1997 ay Published by Elsevier Science Ltd ELSEVIER Printed in The Netherlands Author index of volume 36 Abbas, A., A new set of controller tuning relations Alcozer, S., J.P. Segovia and D. Sbarbaro, Using higher order CMAC to improve the performance of control valves Anderson, K.F., The new current loop: NASA’s successor to the Wheatstone bridge Applequist, G., O. Samikoglu, J. Pekny and G. Reklaitis, Issues in the use, design and evolution of process scheduling and planning systems Bastiaan, H.K., Process model and recipe structure, the conceptual design for a flexible batch plant Bluvshtein, I.G., On-line calibrated measuring systems and their characteristics Bolton, R., Plant information at the desktop-exploiting corporate IT infrastructure Boriani, D.V., Formal specification methods in engineering design Boriani, D.V., Object-oriented development of control software Bristol, E.H., Batch object modeling and language Brombacher, A.C., see Goble, W.M. Bukowski, J.V., see Goble, W.M. Byeon, H.W. and J.L. Ulrey, Designing a standard thermal power plant for daily startup /shutdown: the HP Bypass control and safety function Connelly, C.S., Lack of planning in alarm system configuration is, in essence, planning to fail Converse, J.G., Real time validation of on-line measurements utilizing internal standard introduction Cooper, D.J., see Shridhar, R. Crowl, T.E. and L.C. Minnich Jr, Configuration techniques for a validated plant DePriest, M.S., Network security considerations in TCP /1IP-based manufacturing automation Dieck, R.H., Measurement uncertainty models Dougall, D.J., Applications and benefits of real-time [/O simulation for PLC and PC control systems Dove, A.P., L.O. Jundt and J.M. Lucas, Using an object-oriented database as a repository for process configuration data Gilbert, A.F., see Natarajan, K. Goble, W.M., J.V. Bukowski and A.C. Brombacher, How diagnostic coverage improves safety in programmable electronic systems Jokinen, P.A., Sharing engineering design knowledge and delivering proven practices in engineering organizations Jundt, L.O., see Dove, A.P. Kappelhoff, R., Integration of ERP to the final control elements La Fauci, J., PLC or DCS: selection and trends Liang, J.M., see Rollins, D.K. Lucas, J.M., see Dove, A.P. Minnich Jr, L.C., see Crowl, T.E. 58 Author index of volume 36 Natarajan, K. and A.F. Gilbert, On direct PID controller tuning based on finite number of frequency response data 139-149 Nelson, P.R. and R.S. Shull, Organizing for an initial implementation of S88 189-195 Ochiai, S., Calculating process control parameters from steady state operating data 313-320 Pekny,J. , see Applequist, G. 81-121 Reklaitis, G., see Applequist, G. 81-121 Rollins, D.K., J.M. Liang and P. Smith, Accurate simplistic predictive modeling of nonlinear dynamic processes 293-304 Rollins, D.L., see Schnelle. P.D. 281-292 Samaras, N.S. and M.A. Simaan, Two-point boundary temperature control of hot strip via water cooling 11— 20 Samikoglu, O., see Applequist, G 81-121 Sanders, F.F., Key factors for successfully implementing advanced control 267-272 Sbarbaro, D., see Alcozer, S. 65— 70 Schnelle, P.D. and D.L. Rollins, Industrial Model Predictive Control technology as applied to continuous polymerization processes 281-292 Schumann, A., SAP-R/3 in process industries: expectations, experiences and outlooks 161-166 Segovia, J.P., see Alcozer, S. 65-— 70 Shridhar, R., A novel tuning strategy for multivariable model predictive control 273-280 Shull, R.S., see Nelson, P.R. 189-195 Simaan, M.A., see Samaras, N.S. i= 38 Smith, P., see Rollins, D.K. 293-304 Ulrey, J.L., see Byeon, H.W. Wade, H.L., Inverted decoupling: a neglected technique Zhang, J.-G., Using advanced optical multiple-access techniques in high-speed avionic local area networks for future aircraft applications. Part I: optical code-division multiple-access networks Zhang, J.-G., Using advanced optical multiple-access techniques in high-speed avionic local area networks for future aircraft applications. Part Il: Optical time-division multiple-access networks