geopolymeric cements”‚ Proceeding of Geopolymer’’99 Second International Conference‚ Editors: Davidovites‚ J.‚ R. and James‚ C.‚ France‚ pp. 165-169. [5] Hua‚ X.‚ and Van Deventer J.S.J.‚ 1999‚ “The geopolymerisation of natural alumino-silicates”‚ In: Proc. 2nd Internat. Cof. Geopolymere ’99‚ pp.43-63. [6] Ke‚ Y. C.‚ “Fire-proof materials”‚ Ceramic Technology Handbook‚ Editor: J. M. Wang‚ Hsinchu‚ pp.1045-1110‚ [1994] (in Chinese) [7] Kuo‚ S. T.‚ “Utilization of fly ash”‚ Mining Technology‚ Vol. 29‚
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Establishment o new crops for the production of natural rubber. Trends Biotechnol 25: 522–529 Carron MP‚ Enjalric F (1982) Studies on vegetative micropropagation of Hevea brasiliensis by somatic embyogenesis and in vitro cutting. In: A Fujiwara (ed)‚ Proc 5th Int Congr. Plant Tiss Cell Cult. Maruzen‚ Tokyo‚ pp 751–752 Crement-Demange A‚ Priyadarshan PM‚ Thuy Hoa TT‚ Venkatachalam P (2007) Hevea Rubber Breeding and Genetics. Plant Breed Rev 29: 177–283 Davies W (1997) The rubber industry’s biological
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Case Study: Library System 1. Problem Statement The Library System is a web-based application used to automate a library. It allows the librarian to maintain the information about books‚ magazines and CDs. It also allows the librarian to maintain the information about its users. It provides the facilities such as search for items‚ browse‚ checkout items‚ return items‚ make reservation‚ remove reservation etc. to its users. To borrow the items from the library‚ the users must register in the system
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CODE QUALITY EVALUATION METHODOLOGY USING THE ISO/IEC 9126 STANDARD Yiannis Kanellopoulos1‚ Panos Antonellis2‚ Dimitris Antoniou2‚ Christos Makris2‚ Vangelis Theodoridis2‚ Christos Tjortjis3‚4‚ and Nikos Tsirakis2 1 Software Improvement Group‚ Amsterdam‚ the Netherlands y.kanellopoulos@sig.nl 2 Dept. of Computer Engineering and Informatics‚ University Of Patras‚ Greece {adonel‚antonid‚makri‚theodori‚tsirakis}@ceid.upatras.gr 3 Dept. of Engineering Informatics and Telecoms‚ University
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[7] Yue Shi‚ Yuanchun Shi‚ Xia Wang‚ Fall Detection on Mobile Phones Using Features from A Five-phase Model ‚ 2012 9th GPS Beginner`s Guide‚ Garmin LTD‚ 2008. F. Sposaro and G. Tyson‚ “iFall: An Android Application for Fall Monitoring and Response‚” Proc. Engineering in Medicine and Biology Society (EMBC2009)‚ pp.6119–6122.
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Greiffenhagen‚ D. Comaniciu‚ H. Niemann‚ and V. Ramesh‚ “Design‚ analysis and engineering of video monitoring systems: An approach and case study”‚ Proc. IEEE‚ vol. 89‚ no. 10‚ pp. 1498-1517. [12] A. Hampapur‚ L. Brown‚ J. Connell‚ M. Lu‚ H. Merkl‚ S. Pankanti‚ A. Senior‚ C. Shu‚ and Y. Tian‚ “The IBM smart surveillance system‚ demonstration”‚ Proc. IEEE‚ CVPR 2004. [13] L. Marchesotti‚ L. Marcenaro and C. Ragazzoni‚ “A video surveillance architecture for alarm generation and video sequences retrieval
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ENERGY RECOVERY IN STATIC RAM MEMORY CORE - Kirti Pande TABLE OF CONTENTS TOPIC NAME PAGE NUMBER A] INTRODUCTION 5 B] SRAM ORGANIZATION 6 C] ENERGY CONSUMPTION 18 D] ADIABATIC SWITCHING 22 E] ENERGY RECOVERY TECHNIQUES 25 F] CONCLUSION 44 G] REFERENCES & BIBLIOGRAPHY 45 A] Introduction Power dissipation in CMOS Circuits occurs due to dissipative charge and discharge
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Control of microgrids in island-mode with converter-interfaced generators Tine Vandoorn Supervisor(s): Lieven Vandevelde I. I NTRODUCTION The electrical system is traditionally fed by large centralized power plants connected to the power transmission network. Recently‚ because of environmental considerations‚ technological developments and tax incentives for renewables‚ the grid architecture is changing from centralized to decentralized energy supply with distributed generators (DGs) connected
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References: [1] W. Kastner‚ G. Neugschwandtner‚ S. Soucek‚ and H. M. Newmann‚ “Communication systems for building automation and control‚” Proc. IEEE‚ vol. 93‚ no. 6‚ pp. 1178-1203‚ Jun. 2005. [2] D [3] M. Moeck‚ “Developments in digital addressable lighting control‚” J. Light & Vis. Env.‚ vol. 28‚ no. 2‚ pp. 104-106‚ Aug. 2004. [4] C Konnex Scientific Conf.‚ Nov. 2008. [9]
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1723. [4] R. Dongré‚ J. Youtcheff‚ D. Anderson‚ Appl. Rheol. 6 (1996) 75–82. [5] G.N. King‚ H.W. King‚ O. Harders‚ P. Chaverot‚ J.P. Planche‚ Proc. Assn. Asph. Technol. 61 (1991) 29–66. [6] G.N. King‚ H.W. King‚ O. Harders‚ P. Chaverot‚ J.P. Planche‚ Proc. Assn. Asph. Pav. Technol. 62 (1993) 1–22. [7] J.H. Collins‚ M.G. Bouldin‚ R. Gelles‚ A. Berker‚ Proc. Assn. Asph. Pav. Technol. 60 (1991) 43–79. [8] X. Lu‚ U. Isacsson‚ Fuel 76 (1997) 1353–1359. [9] N. Akmal‚ A.M. Usmani‚ Polym. News 24 (1999)
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