Did you mean: ADVANCES IN COMPOSITE MATERIALS TECHNOLOGY-1 ADVANCES IN COMPOSITE MATERIALS TECHNOLOGY-2 ADVANCES IN MODELING OF COMPOSITE PROCESSES ADVANCES IN COMPOSITE INTERFACE DAMAGE TOLERANCE OF COMPOSITES-1 DAMAGE TOLERANCE OF COMPOSITES-2 LOW NOISE AMPLIFIER,VOL-VI NOISE,VOL-VI AMPLIFIER STABILITY,VOL-VI BIAS NETWORKS,VOL-VI SMALL SIGNAL AMPLIFIER DESIGN,VOL-VI NEGATIVE CIRCUIT ELEMENTS,VOL-V TRANSISTOR DATA,VOL-V POLAR IMPENDANCE AND ADMITTANCE CHARTS,VOL-V SMITH CHART AND ITS APPLICATIONS-IMPENDANCE MAPPING,VOL-V SMITH CHART AND ITS APPLICATIONS,VOL-V NETWORKS-L,T AND PI-NETWORKS,VOL-IV Q AND BANDWIDTH RELATION,VOL-IV CIRCUIT TOPOLOGIES,VOL-IV IMPENDANCE MATCHING TECHNIQUES,VOL-IV TWO-PORT CIRCUITS,VOL-III COAXIAL AND STRIPELINES,VOL-III VSWR,VOL-III TRAVELING WAVES,VOL-III TRANSMISSION LINE FUNDAMENTALS,VOL-III FREQUENCY AND IMPEDANCE SCALLING,VOL-II LOADED AND UNLOADED Q,VOL-II RESONANT CIRCUITS AND FILTERS,VOL-II FILTERS AND RESONANT CIRCUITS,VOL-II FET MODEL,VOL-I REACTANCE CHART,VOL-I CAPACITOR MODELS,VOL-I TOROIDS,VOL-I RF WAVEFORMS,VOL-I HIGH FREQUENCY EFFECT,VOL-I CIRCUIT FUNDAMENTALS MS-CSE-15 MSTHESIS ABSTRACT. Database management Systems (DBMS) are one the most critical component of a software application. Searching data from DBMS is an enormous part in software performance. Text search engines are also used for searching, but these engines lack sophisticated DBMS features. Relational database management systems (RDBMS) are not quite compatible with modern objectoriented languages. To overcome the complexity of data and object-oriented programming, modern development practices adopted Object Relation Mapping frameworks (ORM). ORM bears a layer of abstraction between object models and database. This layer automatically bridges objects in OOP languages to database records, which results in significantly reducing custom mapping code complexity. ORM has its advantages but on the other side it comes with be some challenges too. In process of mapping objects and data, ORM keeps the relations between objects intact and that results in retrieval of multiple objects from multiple tables. When the data is big and have a hieratical structure, data retrieval or search becomes more complex. Database performance for the retrieval of data are optimized by adding indexing to each table. Indexing makes search significantly fast but also makes other processes slow because tables are required to be re-index every time a record is changed. Hence an optimized solution is required to resolve this problem in ORM search process. To overcome this problem, this research proposes a java-based framework that can interact between ORM and search engine. It consumes search engine web APIs to provide a layer that can convert and search objects to/from XML. It makes search process faster and support ORM with its object-oriented methodology. Moreover, this framework not only reduces performance load on databases but also makes search queries simpler when implemented in development process. The results have been validated by two case studies, which were carried out by implementing each approach. 1000 similar search queries were processed on each framework and results shows 30 to 40 % improvement in query time. Keywords: DBMS Search, Indexing, Text Search Engines, Solr inedexes, Object oriented programming (OOP), Object Relation Mapping (ORM), Search optimization, Information Retrieval, database indexing CREATIVE ABILITY, CREATIVE ABILITY IN BUSINESS, INTELLECTUAL PROPERTY C - COMPUTER PROGRAM LANGUAGE.ANSI C. , PROGRAMMING IN ANSI C IBM-COMPATIBLE COMPUTERS-MAINTENANCE AND REPAIR IBM-COMPATIABLE COMPUTERS-UPGRADING-HANDBOOK LEADERSHIP CRISIS IN INDIAN ARMY INDIAN ARMY-LEADERSHIP CRISIS CAD/CAM systems.Artificial Intelligence and Robotics in Manufacturing 27354.SINGLE VACUUM FLUORESCENT DISPLAY FULL FEATURED CLUSTER PANEL 1-8 IWASE, H TATEYOSHI, S CHIP IN GLASS FLOURESCENT INDICATOR PANEL WITH A 128 X 32 DOT MATRIX 9-14 AKIYAMA, T DEVELOPMENT OF AN ANALOG SPEEDOMETER MUTUALLY COMPATIBLE WITH A DIGITAL HEAD UP DISPLAY 15-20 NAGAMI, M MASHIYAMA, M DEVELOPMENT OF HOLOGRAM HEAD UP DISPLAY 21-28 HAHIME, H DEVELOPMENT OF THE NEW TOYOTA ELECTRO MULTIVISION 29-38 UMEDA, YUKIHIKO HEAD UP DISPLAY IN AUTOMOTIVE AIRCRAFT APPLICATIONS 39-48 ENDERBY, C HEAD UP DISPLAY USING A HOLOGARM AS AN OPTICAL ELEMENT 49-56 SUGITA, MASAYA COLOR SHIFT VACUUM FLOURESCENT DISPLAY SYSTEM 57-64 DAVIS, R. D VHC LCD TECHNOLOGY FOR USE IN AN AUTOMOTIVE INSTRUMENTS DISPLAY 65-72 CHARA, KAZUAKI MATSUMOTO, T DEVELOPMENT OF AN LASER RADAR SYSTEM FOR AUTOMOBILES 73-86 YAMAMOTO, K ELECTRONIC MONITOR FOR CARS 87-96 TSUJI, T AUTOMOBILES NAVIGATION SYSTEM WITH MULTI SOURCE GUIDE INFORMATION 97-106 ODAGAKI, H^ CHIP IN GLASS FLOURECENT INDICATOR PANEL HAVING FUNCTIONS OF KEYBOARD SCAN AND DIMMING FOR AUTOMOTIVE APPLICATION 107-112 ISHIZUKA, M ACC NO-27354.SP-904 World Cup (Cricket) (10th : 2011 : Kolkata, India; Chennai, India; New Delhi, India; Nāgpur, India; Ahmadābād, India; Mumbai, India; Mohali, India; Bangalore, India; Colombo, Sri Lanka; Pallekele, Sri Lanka; Hambantota, Sri Lanka; Chittagong, Bangladesh; Dhaka, Bangladesh) COMPUTER VISION. IMAGE PROCESSING-DIGITAL TECHINQUES.COMPUTER IMAGING.COMPUTER IMAGING SYSTEMS.DIGITAL IMAGE ANALYSIS.DISCRETE TRANSFORMS.PATTERN CLASSIFICATION.FEATURE ANALYSIS.DIGITAL IMAGE PROCESSING MEMORY-IC MASTER; LINEAR-IC MASTER; INTERFACE-IC MASTER; DIGITAL SIGNAL PROCESSING-IC MASTER; DIGITAL LOGIC-IC MASTER; CHIP SETS AND MULTIFUNCTION-IC MASTER; ASIC-CUSTOM-IC MASTER; MASTER SELECTION GUIDE I; FUNCTION INDEX DICTIONARY OF TELECOMMUNICATIONS TERMS; DICTIONARY OF CABLING AND TELECOMMUNICATIONS TERMS; CABLE CONNECTOR INSTALLATION; CABLING DESIGN AND INSTALLATION; WIRELESS MEDIA; FIBER OPTIC MEDIA; NETWORK MEDIA; CABLING SYSTEM COMPONENTS; CABLING TOOLS; CABLING STANDARDS; CABLING TECHNOLOGY INTELLIGENCE SYSTEMS IN GULF WAR INFORMATION WAR SPECTRUM MANAGEMENT SPACE WAR COMMUNICATION SUPPORT TO INTELLIGENCE CAFMS GOES TO WAR INFORMATION SYSTEMS AND AIR WARFARE COMMUNICATION SUPPORT FOR HIGH TECHNOLOGY BATTLEFIELD DESERT STORM COMMUNICATION MS-COMPUTER ENGINEERING-2017 MSTHESIS ABSTRACT. The use and vast implementation of Discrete Fourier Transform has revolutionized the world and allowed the researchers to think of the modern world from a different perspective. The discovery of Fast Fourier Transform has laid the foundation of an entirely new dimension to the modern world. Keeping in view its utmost importance in the future industry researchers tried to design its hardware architecture as per the requirement of the application. Several architectures have been proposed time to time with new inventions in the previous designs. Some architectures consider clock rate, some take architectural area into consideration, some focuses on parallel execution of the algorithm, so on and so forth. Considering all these inputs to the industry that has been a part to modern world time to time, this research presents an empirical model based upon the optimal architectures for Fast Fourier Transform algorithm for n-bits m-points input. This empirical model is obtained by making several architectures and their respective characteristics are obtained. The data obtained is then passed through a machine learning algorithm known as Regression Algorithm. Linear, quadratic and cubic regression technique is applied to achieve the hierarchy of the designed architectural parameters and this intern will provide us with the empirical models of the architecture. This model will provide us with the specifications of the futuristic architecture that mainly depends upon the one's requirement i.e. either one considers a single parameter or a tradeoff between different hardware parameters. The parameters that are mainly considered are number of Slice LUT's, LUT FF Pairs, clock rate, number of processing elements and number of clock cycles required. This proposed methodology can be applied to any hardware architectural designs for analysis and generation of empirical models. Key Words: Discrete Fourier Transform, Fast Fourier Transform, Processing Element, Butterfly Architecture, n Radix FFT, Permutation Matrix, Kronecker Product ELECTRONIC CIRCUITS-HANDBOOK MANUALS,ETC.PASSIVE ELECTRICAL CIRCUITS.ELECTRON VACUUM DEVICES.MICROWAVE VACUUM DEVICES.SEMICONDUCTOR DEVICES AND CIRCUITS.M,ICROELECTRONICS.OPTOELECTRONICS.POWER SUPPLIES AND REGULATIONS.PACKAGING ELECTRONIC SYSTEMS.COMMUNICATION PRINCIPLES.ELECTROMAGNETIC RADIATION.INFORMATION RECORDING AND STORAGE.WIRED COMMUNICATION SYSTEMS.WIRELESS COMMUNICATION SYSTEMS.RADAR AND RADIO NAVIGATION.CONTROL AND INSTRUMENTATION TECHNOLOGY.COMPUTER SYSTEMS.SIGNAL MEASUREMENT ANALYSIS AND TESTING.RELIABILITY ENGINEERING.SAFETY ENGINEERING.ENGINEERING MANAGEMENT, STANDARDIZARTION AND REGULATION SPEECH, IMAGE, VIDEO AND SIGNAL PROCESSING, WIRELESS, MOBILE AND SENSOR NETWORKS, COMPUTER VISION AND GRAPHICS, COMMUNICATION TECHNIQUES AND SYSTEMS, ARTIFICIAL INTELLIGENCE AND FUZZY LOGIC, COMPUTER NETWORKS AND UBIQUITOUS COMPUTING, ASIC DESIGN AND EMBEDDED SYSTEMS, MICROELECTRONICS AND MEMS, NANOTECHNOLOGY AND QUANTUM COMPUTING, ALGORITHMS, TOOLS & APPLICATIONS, GEO-INFORMATICS, MODELING & SIMULATION, POWER AND ALTERNATE ENERGY RESOURCES, SOFTWARE ENGINEERING, AUTOMATION AND CONTROL SYSTEMS, SOFTWARE ENGINEERING, DISTRIBUTED COMPUTING AND DATABASES Series in computational and physical processes in mechanics and thermal sciences International Commission on Irrigation and Drainage. Portuguese National Committee. Arooj Imran | Amna Mubashar | Laila Iftikhar Chaudhry