Intelligent Wireless Microsystems

Table of Contents

• Intelligent Wireless Microsystems
• Chapter 1 - SUMMARY
  • Summary Table: PROJECTED GLOBAL DEMAND FOR INTELLIGENT WIRELESS MICROSYSTEMS BY INDUSTRY, THROUGH 2013 ($ MILLIONS)
  • Summary Figure: PROJECTED GLOBAL DEMAND FOR INTELLIGENT WIRELESS MICROSYSTEMS BY INDUSTRY, 2007-2013 ($ MILLIONS)
• Chapter 2 - THREE CONVERGING TECHNOLOGIES
  • THREE CONVERGING TECHNOLOGIES
• Table 1 IWM ADOPTION RATES BY PROJECTED INDUSTRY CAGR, THROUGH 2013
  • IWM AS A DISRUPTIVE TECHNOLOGY
  • IWM AS A DISRUPTIVE TECHNOLOGY (CONTINUED)
• INTELLIGENCE-THE CRITICAL COMPONENT
  • ARTIFICIAL INTELLIGENCE
  • EXPERT SYSTEMS
  • INFERENCE ENGINES
• WIRELESS SENSOR NETWORKS
  • WIRELESS SENSOR NETWORKS (CONTINUED)
  • WIRELESS NETWORKS AMENABLE TO IWM
    • Wireless Networks Amenable to IWM (Continued)
• Table 2 COMMON WIRELESS NETWORK ACRONYMS
  • SENSORS AMENABLE TO IWM TECHNOLOGY
• MICROSYSTEMS
• THREE PARALLEL TRENDS
  • MEMS
  • MICROFLUIDICS
• Table 3 TYPES OF MICROFLUIDIC COMPONENTS
  • PARASITIC POWER SUPPLIES
• FIRST-GENERATION IWM PRODUCTS
  • FACTORS DRIVING THE COST OF IWM TECHNOLOGY
• IMPACT OF THE MIGRATION TO IWM TECHNOLOGY BY 2013
• Table 4 FIRST-GENERATION IWM-ENHANCED DEVICES
• Table 4 (CONTINUED)
• Table 4 (CONTINUED)
• Chapter 3 - IWM MARKET FORCES
  • ECONOMIES OF SELF-INITIATED UPGRADES
  • EXPORT CONTROLS
    • EXPORT CONTROLS (CONTINUED)
  • THE CHINA PROBLEM
    • INTELLECTUAL PROPERTY ISSUES
  • NATIONAL SECURITY ISSUES
    • National Security Issues (Continued)
    • National Security Issues (Continued)
  • POTENTIAL IMPROVEMENTS IN PRODUCTIVITY
• Table 5 PRODUCTIVITY GAINS FROM 1985-2005: DECLINE IN WORKFORCE NEEDED TO CREATE SAME VALUE-ADDED IN BOTH YEARS (%)
• Table 5 (CONTINUED)
• Table 5 (CONTINUED)
• Table 6 POTENTIAL PRODUCTIVITY IMPROVEMENTS FROM THE MIGRATION TO INTELLIGENT WIRELESS MICROSYSTEMS
• Table 6 (CONTINUED)
• Table 6 (CONTINUED)
• Chapter 4 - DEMAND FORECAST FOR IWM TECHNOLOGY IN THE 10 PIONEERING INDUSTRIES
  • Table 7 GLOBAL VALUE OF THE ELECTRONIC INSTRUMENTS AND CONTROL INDUSTRY, THROUGH 2012 ($ BILLIONS)
  • Figure 1 GLOBAL VALUE OF THE ELECTRONIC INSTRUMENTS AND CONTROL INDUSTRY, 2007-2013 ($ BILLIONS)
    • AN IMPACT BEYOND DOLLARS: A PERMANENT IMPACT UPON THE INDUSTRY
    • THE 10 INDUSTRIES THAT WILL PIONEER IWM TECHNOLOGY
      • THE 10 INDUSTRIES THAT WILL PIONEERý (CONTINUED)
  • Table 8 FORCES CAPABLE OF ALTERING IWM DEMAND
• DEMAND FORECAST FOR IWM
  • Table 9GLOBAL IWM DEMAND FORECAST BY INDUSTRY, THROUGH 2013 ($ MILLIONS)
    • GLOBAL DEMAND FOR IWM BY REGION
    • WORLD BANK LIST OF HIGH-INCOME COUNTRIES
  • Table 10 WORLD BANK LIST OF HIGH-INCOME COUNTRIES
  • WORLD BANK LIST OF MIDDLE-INCOME COUNTRIES
  • Table 11 WORLD BANK LIST OF LOWER AND UPPER MIDDLE-INCOME COUNTRIES*
  • Table 11 (CONTINUED)
• WORLD BANK LIST OF LOW-INCOME COUNTRIES
  • Table 12 WORLD BANK LIST OF LOW-INCOME COUNTRIES
  • Table 12 (CONTINUED)
    • VARYING PACE OF IWM ADOPTION
  • Table 13 FORECAST GLOBAL IWM DEMAND RANKED BY INDUSTRY, 2007-2013
  • Table 14GLOBAL IWM FORECAST BY INDUSTRY, THROUGH 2013 ($ MILLIONS)
    • DEMAND FOR IWM IN THE PIONEERING INDUSTRIES
      • BEVERAGE INDUSTRY
  • Table 15 GLOBAL DEMAND FORECAST FOR IWM IN THE BEVERAGE INDUSTRY BY SECTOR, THROUGH 2013 ($ MILLIONS)
  • Alcoholic Beverage Sector
    • Structure of Alcoholic Beverage Manufacturing
    • Market Drivers
    • Market Constraints
    • Other Considerations
      • Negative Impact of Fundamentalism
      • Limits on Alcohol Merchandising
  • IWM Technology in the Alcoholic Beverage Sector
  • Table 16 GLOBAL FORECAST FOR IWM IN THE ALCOHOLIC BEVERAGE SECTOR, THROUGH 2013 ($ MILLIONS)
  • Table 17 GLOBAL FORECAST FOR IWM IN THE DISTILLERY AND BREWERY SEGMENT BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 18 GLOBAL FORECAST FOR IWM IN THE WINERY SEGMENT BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
    • Non-Alcoholic Beverage Sector
      • Structure of Non-Alcoholic Beverage Sector
      • Market Drivers
      • Market Constraints
      • School Sales Shift the Product Mix
      • Climate Change
      • Telecommunications Policies toward Non-Alcohol Merchandising
      • IWM Technology in the Non-Alcoholic Beverage Sector
  • Table 19 GLOBAL FORECAST FOR IWM IN THE NON-ALCOHOLIC BEVERAGE SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
    • CHEMICAL INDUSTRY
  • Table 20 CHEMICAL MANUFACTURING SECTORS BY PRODUCT CATEGORY
  • Table 21 USES FOR THE MOST WIDELY MANUFACTURED CHEMICALS
  • Table 21 (CONTINUED)
    • Structure of the Chemical Industry
  • Table 22 ESTIMATED VALUE OF MAJOR CHEMICAL EXPORTS BY COUNTRY AND COMPOUND, 2007 ($ MILLIONS)
  • Table 22 (CONTINUED)
  • Table 22 (CONTINUED)
  • Table 23CHANGES IN CHEMICAL PRODUCTION LOCATIONS, THROUGH 2013 (%)
  • Table 23 (CONTINUED)
    • Organic Chemicals
  • Table 24 FEEDSTOCKS USED IN ORGANIC CHEMICAL MANUFACTURING
  • Table 25 ESTIMATED VALUE OF MAJOR ORGANIC CHEMICAL EXPORTS BY COUNTRY, 2007 ($ MILLIONS)
    • Inorganic Chemicals
    • Pharmaceuticals
  • Table 26 VALUE OF MAJOR PHARMACEUTICAL EXPORTS BY COUNTRY, ESTIMATED FOR 2007 ($ MILLIONS)
  • Table 26 (CONTINUED)
    • Market Drivers
    • Market Constraints
    • REACH
  • Table 27 COUNTRIES IMPACTED BY REACH REGULATIONS
    • The Green Chemistry Movement
    • Other Considerations
    • IWM Technology in the Chemical Industry
  • Table 28 GLOBAL FORECAST FOR IWM IN THE CHEMICAL INDUSTRY BY SECTOR, THROUGH 2013 ($ MILLIONS)
  • Figure 2 GLOBAL FORECAST FOR IWM IN THE CHEMICAL INDUSTRY BY SECTOR, 2007-2013 ($ MILLIONS)
  • Table 29 GLOBAL FORECAST FOR IWM IN THE ORGANIC CHEMICAL SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Figure 3 GLOBAL FORECAST FOR IWM IN THE ORGANIC CHEMICAL SECTOR BY ECONOMIC REGION, 2007-2013 ($ MILLIONS)
  • Table 30 GLOBAL FORECAST FOR IWM IN THE INORGANIC CHEMICAL SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Figure 4 GLOBAL FORECAST FOR IWM IN THE INORGANIC CHEMICAL SECTOR BY ECONOMIC REGION, 2007-2013 ($ MILLIONS)
  • Table 31 GLOBAL FORECAST FOR IWM IN THE PHARMACEUTICAL SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Figure 5 GLOBAL FORECAST FOR IWM IN THE PHARMACEUTICAL SECTOR BY ECONOMIC REGION, 2007-2013 ($ MILLIONS)
• ELECTRICAL APPARATUS INDUSTRY
  • Structure of the Electrical Apparatus Industry
  • Market Drivers
  • Market Constraints
  • Other Considerations-Security of SCADA Systems
  • IWM Technology in the Electrical Apparatus Industry
  • Table 32 GLOBAL FORECAST FOR IWM IN THE ELECTRICAL APPARATUS INDUSTRY BY PRODUCT MANUFACTURED, THROUGH 2013 ($ MILLIONS)
  • Table 33 GLOBAL FORECAST FOR IWM IN THE MANUFACTURE OF APPLIANCES BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Figure 6 GLOBAL FORECAST FOR IWM IN THE MANUFACTURE OF APPLIANCES BY ECONOMIC REGION, 2007-2013 ($ MILLIONS)
  • Table 34 GLOBAL FORECAST FOR IWM IN THE MANUFACTURE OF SCADA BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 35 GLOBAL FORECAST FOR IWM IN THE MANUFACTURE OF COMMUNICATIONS EQUIPMENT BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • FOOD INDUSTRY
    • Structure of Food Industry
  • Table 36 FOOD CATEGORIES
    • Market Drivers
    • Market Constraints
    • Other Considerations
    • IWM Technology in the Food Industry
  • Table 37 GLOBAL FORECAST FOR IWM IN THE FOOD MANUFACTURING INDUSTRY BY SECTOR, THROUGH 2013 ($ MILLIONS)
  • Table 38 GLOBAL FORECAST FOR IWM IN THE ANIMAL SLAUGHTERING AND PROCESSING SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 39 GLOBAL FORECAST FOR IWM IN THE DAIRY PRODUCTS SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 40 GLOBAL FORECAST FOR IWM IN THE SUGAR AND CONFECTIONERY SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 41 GLOBAL FORECAST FOR IWM IN THE PERISHABLE PREPARED FOOD SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
    • SPECIAL-PURPOSE MACHINERY MANUFACTURING INDUSTRY
      • Structure of Special-Purpose Machinery Manufacturing Industry
  • Table 42 ESTIMATES U.S. COMPANIES REQUIRING SPECIAL-PURPOSE MACHINERY MANUFACTURING BY PRODUCT TYPE, 2008 (NUMBER)
  • Table 43 ESTIMATED U.S. DEMAND FOR THE MANUFACTURE OF SPECIAL-PURPOSE MACHINERY IN VALUE OF SHIPMENTS, 2007 ($ BILLIONS)
    • Market Drivers
    • Market Constraints
    • Other Considerations
    • IWM Technology in Special-Purpose Machinery Manufacturing
  • Table 44 GLOBAL FORECAST FOR IWM IN THE SPECIAL-PURPOSE MACHINERY MANUFACTURING INDUSTRY BY TYPE OF MACHINERY, THROUGH 2013 ($ MILLIONS)
  • Table 45 GLOBAL FORECAST FOR IWM TO USE WITH MATERIAL HANDLING EQUIPMENT BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 46 GLOBAL FORECAST FOR IWM TO USE WITH PUMP AND COMPRESSOR PRODUCTS BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 47 GLOBAL FORECAST FOR IWM TO USE WITH CONVEYOR AND CONVEYING EQUIPMENT BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 48 GLOBAL FORECAST FOR IWM TO USE WITH AIR AND GAS COMPRESSORS BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 49 GLOBAL FORECAST FOR IWM TO USE WITH OVERHEAD TRAVELING CRANE, HOIST, AND MONORAIL SYSTEM PRODUCTS BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 50 GLOBAL FORECAST FOR IWM TO USE WITH ELEVATOR AND MOVING STAIRWAYS BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • Table 51 GLOBAL FORECAST FOR IWM TO USE WITH MEASURING AND DISPENSING PUMPS BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
    • METAL PRODUCTION IWM FORECAST
      • Structure of the Metal Production Industry
      • Market Drivers
      • Market Constraints
      • Rising Energy Costs
      • Other Considerations
        • Weakening Dollar
        • Rules Regulating Radioactive Wastes
    • IWM Technology in Metal Production
  • Table 52 GLOBAL FORECAST FOR IWM IN METAL PRODUCTION, THROUGH 2013 ($ MILLIONS)
    • PETROLEUM INDUSTRY
      • Structure of the Petroleum Industry
      • Market Drivers
      • Market Constraints
      • Other Considerations
      • Overall Demand for IWMs in the Petroleum Industry
  • Table 53 RELATIVE AMOUNT OF ENERGY SAVINGS OBTAINABLE WITH THE USE OF IWM-CONTROLLED POLLUTION CONTROL SYSTEMS
  • Table 53 (CONTINUED)
  • Table 54 GLOBAL FORECAST FOR IWM IN PETROLEUM REFINING BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
  • PLASTICS
    • Plastics (Continued)
    • Structure of the Plastics Industry
    • Market Drivers
    • Market Constraints
    • Other Considerations
    • Overall Demand for IWMs in the Plastics Industry
  • Table 55 RELATIVE IMPROVEMENT IN CONTAMINANT REMOVAL WITH USE OF IWM-CONTROLLED POLLUTION CONTROL SYSTEMS
  • Table 56 PLASTICS INDUSTRY CHEMICAL RELEASES THAT COULD BE MORE EFFICIENTLY CONTROLLED WITH IWM TECHNOLOGY
  • Table 56 (CONTINUED)
  • Table 57 GLOBAL FORECAST FOR IWM IN THE PLASTICS INDUSTRY BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
    • PULP AND PAPER INDUSTRY
      • Structure of the Pulp and Paper Industry
      • Market Drivers
      • Market Constraints
      • Other Considerations
      • Overall Demand for IWMs in the Pulp and Paper Industry
  • Table 58 PULP PRODUCTION PROCESSES
  • Table 59 CHARACTERISTICS OF EMISSIONS AND EFFLUENTS FROM PULP AND PAPER PROCESSES
  • Table 60 GLOBAL FORECAST FOR IWM IN PULP AND PAPER INDUSTRY BY ECONOMIC INDUSTRY, THROUGH 2013 ($ MILLIONS)
    • TRANSPORTATION INDUSTRY
    • Overall Demand for IWMs in Transportation
  • Table 61 GLOBAL FORECAST FOR IWM IN TRANSPORTATION MANUFACTURING BY SECTOR, THROUGH 2013 ($ MILLIONS)
    • Motor Vehicle Sector
  • Table 62 GLOBAL FORECAST FOR IWM IN THE MOTOR VEHICLE SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
    • Aerospace Sector
  • Table 63 GLOBAL FORECAST FOR IWM IN THE AEROSPACE SECTOR BY ECONOMIC REGION, THROUGH 2013 ($ MILLIONS)
    • IWM COMPONENTS
  • Table 64 RELATIVE SHIFT IN DEMAND FOR COMPONENTS IN IWM DEVICES, 2008-2013 (COMPONENTS PER DEVICE)
  • Table 64 (CONTINUED)
  • Table 65 ESTIMATED SHIFT IN UNIT COST OF IWM COMPONENTS, 2013 (%)
  • Table 65 (CONTINUED)
• Chapter 5 - THE IWM COMMUNITY
  • THE IWM COMMUNITY
  • ACADEMIC RESEARCHERS
  • Table 66 UNIVERSITY-BASED PROGRAMS THAT SUPPORT IWM RESEARCH AND DEVELOPMENT
  • Table 66 (CONTINUED)
  • Table 66 (CONTINUED)
  • Table 66 (CONTINUED)
  • Table 66 (CONTINUED)
  • Table 66 (CONTINUED)
  • Table 66 (CONTINUED)
  • Table 66 (CONTINUED)
  • Table 67 JOURNALS SERVING THE IWM COMMUNITY
  • GOVERNMENT
    • GOVERNMENT (CONTINUED)
  • Table 68 NATIONS ENGAGED IN IWM RESEARCH
  • Table 69 GOVERNMENT REGULATORY ACTIVITY LIKELY TO INCREASE THE DEMAND FOR IWM TECHNOLOGY
  • Table 69 (CONTINUED)
  • Table 70 GOVERNMENT REGULATORY ACTIVITY LIKELY TO DECREASE DEMAND FOR IWM TECHNOLOGY
    • GOVERNMENT (CONTINUED)
  • Table 71 ENTITIES SUBJECT TO LICENSE REQUIREMENTS
  • Table 71 (CONTINUED)
  • Table 71 (CONTINUED)
  • Table 71 (CONTINUED)
    • STANDARDIZATION
    • PROFESSIONAL SOCIETIES
  • Table 72 PROFESSIONAL SOCIETIES WITH AN INTEREST IN IWM
  • Table 72 (CONTINUED)
    • SUPPLIERS
  • Table 73 ACTUATOR SUPPLIERS
  • Table 74 DISCRETE ELECTRONIC COMPONENT SUPPLIERS
  • Table 75 INSTRUMENTATION, DATA ACQUISITION, AND INTERFACE SUPPLIERS
  • Table 76 INTEGRATED CIRCUIT SUPPLIERS
  • Table 77 MECHANICAL COMPONENT SUPPLIERS
  • Table 78 MICROCONTROLLER SUPPLIERS
  • Table 79 MINICONTROLLER SUPPLIERS
  • Table 80 MINICONTROLLER MOTORS AND MOTION CONTROLLER SUPPLIERS
  • Table 80 (CONTINUED)
  • Table 81 ROBOTICS SUPPLIERS
  • Table 82 SENSOR SUPPLIERS
  • Table 82 (CONTINUED)
  • Table 83 INTEGRATED SYSTEMS SUPPLIERS
  • Table 83 (CONTINUED)
    • EARLY ADOPTER COMPANIES
      • ALCOHOLIC AND NON-ALCOHOLIC BEVERAGES
  • Table 84 EARLY ADOPTERS OF IWM TECHNOLOGY IN THE ALCOHOLIC BEVERAGE MANUFACTURING INDUSTRY
  • Table 85 EARLY ADOPTERS OF IWM TECHNOLOGY IN THE NON-ALCOHOLIC BEVERAGE MANUFACTURING INDUSTRY
    • CHEMICAL MANUFACTURERS
  • Table 86 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG CHEMICAL MANUFACTURERS
  • Table 87 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG ELECTRICAL APPARATUS MANUFACTURERS
  • Table 87 (CONTINUED)
  • Table 88 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG FOOD PROCESSING COMPANIES
    • METAL PRODUCTION
  • Table 89 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG METAL PRODUCTION COMPANIES
    • PETROLEUM REFINING
  • Table 90 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG PETROLEUM REFINERIES
    • PLASTICS MANUFACTURING
  • Table 91 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG PLASTICS MANUFACTURERS
    • PULP AND PAPER PROCESSORS
  • Table 92 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG PULP AND PAPER PROCESSORS
  • Table 92 (CONTINUED)
  • Table 93 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG SPECIAL-PURPOSE MACHINERY MANUFACTURERS
  • Table 94 EARLY ADOPTERS OF IWM TECHNOLOGY AMONG TRANSPORTATION SYSTEM MANUFACTURERS
    • CONSORTIA AND COMMERCIAL TRAINING
  • Table 95 IWM CONSORTIA AND COMMERCIAL TRAINING
• Chapter 6 - PATENT ANALYSIS
  • PATENT ANALYSIS
  • METHOD, SYSTEM, AND APPARATUS FOR BOOTING WITH REMOTE CONFIGURATION DATA
  • NON-DISRUPTIVE EMBEDDING OF SPECIALIZED ELEMENTS
  • SYSTEM AND METHOD FOR INCREASING THE EFFECTIVE BANDWIDTH OF A COMMUNICATIONS NETWORK
  • DISTRIBUTED SERVICE PROVIDER
  • METHOD AND APPARATUS FOR DETECTING, EVALUATING, AND IDENTIFYING A STATIONARY OR MOVING OBJECT
  • COMPUTER SUPPORT SERVICE WITH SOLUTION FUNCTION UPDATES AS A FUNCTION OF PRE-DELIVERY EXPERT CHANGES TO AUTOMATICALLY GENERATED SOLUTIONS
  • SYSTEM AND METHOD FOR COLLECTING AND REPRESENTING KNOWLEDGE USING TASK-METHOD-KNOWLEDGE WITH STRUCTURE-BEHAVIOR-FUNCTION IN A COMPUTER SYSTEM KNOWLEDGE DISCOVERY AGENT SYSTEM AND METHOD
• METHOD FOR DIAGNOSING COMPLEX SYSTEM FAULTS
  • E-MANUFACTURING IN SEMICONDUCTOR AND MICROELECTRONICS PROCESSES
  • ROBUST CUSTOMIZABLE COMPUTER PROCESSING SYSTEM
  • ARTIFICIAL INTELLIGENCE SYSTEMS FOR CLASSIFYING EVENTS, OBJECTS, AND SITUATIONS
  • SPECTROPHOTOMETER WITH DIGITAL CAMERA
  • LOCATION ESTIMATION IN WIRELESS TELECOMMUNICATION NETWORKS
  • SPEECH RECOGNITION SYSTEM TRAINED WITH REGIONAL SPEECH CHARACTERISTICS
  • ADAPTIVE BACKGROUND IMAGE UPDATING
  • DETECTING EMOTIONS USING VOICE SIGNAL ANALYSIS
  • INDUSTRIAL PROCESS DATA ACQUISITION AND ANALYSIS
  • INDUSTRIAL PROCESS DATA ACQUISITION ý (CONTINUED)
  • DETECTION OF SUSPICIOUS PRIVILEGED ACCESS TO RESTRICTED COMPUTER RESOURCES
  • DIAGNOSIS AND REPAIR SYSTEM AND METHOD
  • LAYERED MODELS FOR CONTEXT AWARENESS
    • LAYERED MODELS FOR CONTEXT AWARENESS (CONTINUED)
    • KNOWLEDGE-BASED COMPUTER AIDED DIAGNOSIS
    • IMAGE FEATURE EXTRACTION
      • IMAGE FEATURE EXTRACTION (CONTINUED)
    • DEVICE AND METHOD FOR MONITORING AN ELECTRIC POWER STATION
    • RULE PROCESSING SYSTEM
    • SYSTEM AND METHOD FOR SECURING ENERGY MANAGEMENT SYSTEMS
    • DATABASE ACCESS SYSTEM
    • VEHICLE CONTROL SYSTEM HAVING AN ADAPTIVE CONTROLLER
    • DIGITAL SYSTEM AND METHOD FOR TESTING ANALOGUE AND MIXED-SIGNAL CIRCUITS OR SYSTEMS
    • ASSET SURVEILLANCE SYSTEM: APPARATUS AND METHOD
      • ASSET SURVEILLANCE SYSTEM:ý(CONTINUED)
    • MULTI-RESOLUTION CONTROLLER
      • MULTI-RESOLUTION CONTROLLER (CONTINUED)
    • DATA SECURITY SYSTEM AND METHOD RESPONSIVE TO ELECTRONIC ATTACKS
    • FUZZY-LOGIC ON BOARD DEVICE FOR MONITORING AND PROCESSING MOTOR VEHICLE OPERATING DATA
      • FUZZY-LOGIC ON BOARD DEVICE FOR MONITORINGý (CONTINUED)
    • OBJECT-ORIENTED FRAMEWORK FOR REASONING HAVING PLUGGABLE INFERENCE ENGINES
      • OBJECT-ORIENTED FRAMEWORK FORý (CONTINUED)
      • OBJECT-ORIENTED FRAMEWORK FORý (CONTINUED)
      • OBJECT-ORIENTED FRAMEWORK FORý (CONTINUED)
    • OBJECT-ORIENTED FRAMEWORK FORý (CONTINUED)
  • METHODS AND SYSTEMS FOR COLLECTING AND PROCESSING DATA IN ASSOCIATION WITH MACHINE OPERATION AND MAINTENANCE
  • CONTROL FOR AN INDUSTRIAL PROCESS USING ONE OR MORE MULTIDIMENSIONAL VARIABLES
    • CONTROL FOR AN INDUSTRIAL PROCESS ý(CONTINUED)
    • CONTROL FOR AN INDUSTRIAL PROCESS ý(CONTINUED)
    • SUMMARY OF THE INVENTION
  • DIAGNOSIS OF FAULTS IN A COMPLEX SYSTEM
  • METHOD AND DEVICE FOR MACHINERY DIAGNOSTICS AND PROGNOSTICS
  • AUTOMATED DATA COLLECTION REPORTING AND ANALYSIS SYSTEM FOR INDUSTRIAL PRODUCTION
    • AUTOMATED DATA COLLECTIONý (CONTINUED)
  • METHOD AND APPARATUS FOR GENERATING REAL-TIME DATA FROM STATIC FILES
    • METHOD AND APPARATUS FOR GENERATINGý (CONTINUED)
  • REMOTE DIAGNOSTIC SYSTEM AND METHOD COLLECTING SENSOR DATA ACCORDING TO TWO STORAGE TECHNIQUES
  • VIRTUAL LOGIC SYSTEM FOR SOLVING SATISFIABILITY PROBLEMS USING RECONFIGURABLE HARDWARE
  • SENSOR VALIDATION APPARATUS AND METHOD
  • DISTRIBUTED DIAGNOSTIC SYSTEM
    • DISTRIBUTED DIAGNOSTIC SYSTEM (CONTINUED)
  • MACHINE DIAGNOSIS SYSTEM
  • ANALYZER FOR MODELING AND OPTIMIZING MAINTENANCE OPERATIONS
  • INTERACTIVE CONFIGURATION VIA NETWORK
  • METHODS AND SYSTEMS FOR USER INTERFACES AND CONSTRAINT HANDLING CONFIGURATIONS SOFTWARE
  • METHOD AND APPARATUS FOR AUTOMATIC AND INTERACTIVE CONFIGURATION OF CUSTOM PRODUCTS
  • GENERALIZED CONFIGURATOR USING A DECLARATIVELY CONSTRUCTED TWO-LEVEL BI-PARTITE GRAPH AS A KNOWLEDGE REPRESENTATION
    • GENERALIZED CONFIGURATOR USINGý (CONTINUED)
  • PLANT MAINTENANCE WITH PREDICTIVE DIAGNOSTICS
    • PLANT MAINTENANCE WITH ý (CONTINUED)
  • MONITORING SYSTEM FOR AUTOMATED ASSEMBLIES
  • METHOD AND APPARATUS FOR REAL-TIME CONTROL
    • METHOD AND APPARATUS FORý (CONTINUED)
    • METHOD AND APPARATUS FORý (CONTINUED)
    • METHOD AND APPARATUS FORý (CONTINUED)
• Chapter 7 - APPENDIX: COMMERCIAL PARTICIPANTS
  • BROAD ARRAY OF COMMERCIAL PARTICIPANTS
  • 3COM
  • 4-STAR ELECTRONICS
  • 80/20
• A
  • ABB AUTOMATION PRODUCTS
  • ACCENTURE LLP
  • ACROMAG
  • ACTIONS SEMICONDUCTOR
  • ACUITY RESEARCH LASER SENSORS
  • ADVANCED CUSTOM SENSORS
  • ADVANCED FLUID POWER
  • ADVANCED LINEAR DEVICES
  • ADVANCED MICRO
  • ADVANCED SEMICONDUCTOR
  • ADVANTEST
  • AEROTECH
  • AEROTECH
  • AGILENT TECHNOLOGIES
  • AILIVE
  • AILIVE
  • ALBERTI ANEMOMETER
  • ALCOA
  • ALL ELECTRONICS
  • ALLEGRO MICROSYSTEMS
  • ALLEN-BRADLEY
  • ALLMOTION
  • ALMEG CONTROLS
  • ALPS
  • ALTERA
  • ALTHEN
  • ALTIVITY PACKAGING
  • AMD
  • AMERICAN AEROSPACE CONTROLS
  • AMERICAN ELECTRIC POWER
  • AMERICAN SCIENCE & SURPLUS
  • AMERITROL
  • AMETEK
  • AMP
  • AMTEL
  • ANALOG DEVICES
  • ANALYTICAL TECHNOLOGIES
  • ANALYTICAL TECHNOLOGY
  • ANDERSON INSTRUMENT
  • ANGLO AMERICAN
  • ANHEUSER-BUSCH
  • ANLY ELECTRONICS
  • APPLIED MATERIALS
  • AQUANTIA
  • AQUASANT MESSTECHNIK
  • AQUILAR
  • ARCELORMITTAL
  • ARCHER DANIELS
  • ARJAY ENGINEERING
  • ARRICK ROBOTICS
  • ASEKO
  • ASIA FIBER HOLDINGS
  • ASML HOLDING
  • ASPEN TECHNOLOGY
  • ASTRODYNE
  • ASTUTE NETWORKS
  • ATEQ
  • ATHEROS
  • ATI
  • ATLAS COPCO
  • AUTOMATION DIRECT
  • AUTOMATION SENSORS MEASUREMENT
  • AVAGO TECHNOLOGIES
  • AVISION
• B
  • B&C
  • BADGER METER EUROPE
  • BALLUFF
  • BANNER ENGINEERING
  • BASF
  • BAY MICROSYSTEMS
  • BAYER GROUP
  • BECKHOFF
  • BEI
  • BEOLOGIC
  • BERG
  • BERKELEY WIRELESS RESEARCH CENTER
  • BERTHOLD TECHNOLOGIES & CO.
  • BHP BILLITON
  • BMW
  • BOEING
  • BOPP & REUTHER MESSTECHNIK
  • BP
  • BRISTOL BABCOCK
  • BROADCOM
  • BROCADE
  • BRONKHORST HIGH-TECH
  • BROOKS INSTRUMENTS
  • BT SQUARED TECHNOLOGIES
  • BTG PULP & PAPER SENSOR
• C
  • CADBURY SCHWEPPES
  • CALICO TECHNOLOGY
  • CAMBRIDGE SENSOTEC, LTD.
  • CANONGATE TECHNOLOGY
  • CARREFOUR GROUP
  • CATERPILLAR
  • CECOMP ELECTRONICS
  • CELANESE
  • CELL COMPUTING
  • CENTRAL NATIONAL-GOTTESMAN
  • CEREPLAST
  • CERLIC CONTROLS
  • CHANG SHUAN ELECTRONICS
  • CHARMER SUNBELT GROUP
  • CHARTERED SEMICONDUCTOR MANUFACTURING
  • CHELL INSTRUMENTS
  • CHEVRON
  • CIDRA CORP.
  • CIRCUIT SPECIALISTS
  • CISCO SYSTEMS
  • CLEVELAND STATE UNIVERSITY
  • CMC MICROSYSTEMS
  • COCA-COLA
  • COLUMBIA FOREST PRODUCTS
  • COMECO
  • COMMETREX
  • COMMISSARIAT A L' ENERGIE ATOMIQUE
  • COMMONWEALTH SCIENTIFIC AND INDUSTRIAL RESEARCH ORGANISATION
  • COMPUMOTOR
  • COMPUTER ASSOCIATES THINK
  • CONEXANT SYSTEMS
  • CONOCOPHILLIPS
  • CONSENSE CORP.
  • CONTIGROUP
  • CONTINENTAL HYDRAULICS
  • COORS BREWERY CO.,
  • CORONIS SYSTEMS
  • COSA INSTRUMENT
  • CRIMSON MICROSYSTEMS
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  • CUSTOM SENSORS & TECHNOLOGIES
  • CYPRESS
• D
  • DAIMLER
  • DART CONTAINER
  • DASSAULT AVIATION
  • DATA TRANSLATION
  • DEERE & CO.
  • DELTA COMPUTER SYSTEMS
  • DELTA CONTROLS
  • DELTA M
  • DENSO
  • DETECTOR ELECTRONICS
  • DEUTSCHE POST
  • DEXX CORP.
  • DIGI-KEY
  • DIGITAL DOORS
  • DISCOVERY MACHINE
  • DMP
  • DOW CHEMICAL
  • DP MEASUREMENT
  • DR. SIEBERT & KÜHN & CO.
  • DRAEGER SAFETY AG & CO.
  • DRESSER INSTRUMENTS
  • DRUCK
  • DS EUROPE
  • DUST NETWORKS
  • DWYER INSTRUMENTS
• E
  • E&J GALLO WINERY
  • E. H. WRIGHT
  • E.I. DU PONT DE NEMOURS & CO.
  • EADS
  • EASTMAN CHEMICAL
  • EATON
  • ECD
  • EDGETECH
  • EE SOLUTIONS
  • EKAHAU OY
  • ELECTRO MECHANICAL INSTALLATIONS
  • ELECTROCHEMICAL INDUSTRIES
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  • EMERSON ELECTRIC
  • EMKO
  • ENDEVCO
  • ENDRESS + HAUSER
  • ENI
  • ENTRAN DEVICES
  • ENUCLIA
  • EPSON
  • ETRI
  • EURAMAX INT' L
  • EUROPASCAL
  • EXLOC
  • EXPRESS LOGIC
  • EXXONMOBIL
• F
  • FAIRCHILD SEMICONDUCTOR
  • FANTINI COSMI
  • FARGO CONTROLS
  • FEDEX
  • FIAT GROUP
  • FIELDBUS INT' L
  • FILMETRICS THIN FILM THICKNESS MEASUREMENT SYSTEMS
  • FLOWKINETICS
  • FLOWSERVE FCD
  • FLYING J
  • FMG
  • FOSTER FARMS
  • FOXBORO ECKARDT
  • FUJIFILM MICRODEVICES
  • FUJITSU
  • FUZENBA
  • FYLDE ELECTRONIC LABORATORIES
• G
  • GALIL
  • GAUGING SYSTEMS
  • GE SENSING
  • GENERAL HOSPITAL CORP.
  • GENERAL MONITORS
  • GEORGIA GULF
  • GEORGINA
  • GLASSMASTER
  • GLAXOSMITHKLINE
  • GLOBAL INDUSTRIAL PRODUCTS
  • GLOBETROT
  • GOULD PAPER
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  • GRAM AND JUHL
• H
  • HAMPTON AFFILIATES
  • HANDY BOARD
  • HARRIS INSTRUMENT
  • HATHAWAY
  • HEINRICHS MESSTECHNIK
  • HERCULES
  • HEWLETT PACKARD
  • HITACHI
  • HONDA
  • HONEYWELL INT' L
  • HUDSON SOFT
  • HUGHES NETWORK SYSTEMS
  • HYDRONIX
  • HYNIX SEMICONDUCTOR
  • HYUNDAI MOTOR
• I
  • IBIQUITY DIGITAL
  • IBM MICROELECTRONICS
  • IFM ELECTRONIC
  • IGUS
  • ILLINOIS TOOL WORKS
  • IMPERIAL CHEMICAL INDUSTRIES
  • INDUS ELECTRONICS INDUSTRY
  • INFINEON TECHNOLOGIES
  • INFRARED DETECTORS
  • INNOVATIVE COMPONENTS
  • INSTROTECH
  • INTEL
  • INTELLECTUAL ASSETS
  • INTELLIGENT CONTROLS
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  • ITTIAM SYSTEMS
• J
  • JAMECO ELECTRONICS
    • JAQUET
  • JAUNTERING INT' L
  • JDR MICRODEVICES
  • JEWELL INSTRUMENTS
  • JFE HOLDINGS
  • JH TECHNOLOGY
  • JOHNSON & JOHNSON
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  • JUNIPER NETWORKS
• K
  • KAJAANI PROCESS MEASUREMENTS
  • KAM CONTROLS
  • KAVLICO
  • KEYSTONE FOODS
  • KINGSTON TECHNOLOGY
  • KLA-TENCOR
  • KNICK ELEKTRONISCHE MESSGERAETE & CO.
  • KOMATSU
  • KONINKLIJKE
  • KRAFT GROUP
  • KROHNEMESSTECHNIK & CO.
  • KRONOS ROBOTICS
  • KUBOTA
  • KYOCERA
• L
  • LABX
  • LAM RESEARCH
  • LECTROTEK SYSTEMS
  • LG ELECTRONICS
  • LIGHTWORKS
  • LINEAR TECHNOLOGY
  • LOAD CELL CENTRAL
  • LOCKHEED MARTIN
  • LOS GATOS RESEARCH
  • LTH ELECTRONICS
  • LUCENT TECHNOLOGIES
  • LUCID INFORMATION TECHNOLOGY
• M
  • MAGNETROL INT' L
  • MAN
  • MARMON GROUP
  • MARVELL
  • MATSUSHIMA MACHINERY LABORATORY
  • MATTERIELS DE CONTROLE INDUSTRIEL
  • MAXIM INTEGRATED PRODUCTS
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  • MAXON
  • MAXSTREAM
  • MCMASTER-CARR
  • MEASUREMENT RESOURCES
  • MEASUREMENT TECHNOLOGY NORTHWEST
  • MEMC ELECTRONIC
  • MEMTRONICS CORP.
  • MERIAM INSTRUMENT
  • MESH SYSTEMS
  • METALS USA
  • METRIX ELECTRONICS
  • METSO AUTOMATION
  • METTLER-TOLEDO PROCESS ANALYTICS
  • MICHIGAN SCIENTIFIC
  • MICRO MOTION
  • MICROCHIP TECHNOLOGY
  • MICRON TECHNOLOGY
  • MICROSOFT
  • MILJOCO
  • MIRAE E&I
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  • MITECH CORP.
  • MITSUBISHI ELECTRIC
  • MONTAVISTA SOFTWARE
  • MOORE INDUSTRIES INT' L
  • MOSAIC INDUSTRIES
  • MOTION ONLINE
  • MOTOROLA
  • MOUSER ELECTRONICS
  • MS INSTRUMENT
  • MSA
  • MTS SYSTEMS CORP.
• N
  • NANOPHOTONICS
  • NATIONAL CONTROLS CORP.
  • NATIONAL INSTRUMENTS
  • NATIONAL SEMICONDUCTOR
  • NCT GROUP
  • NEC
  • NETEFFECT
  • NETERION
  • NETHRA
  • NEWPAGE
  • NICROM ELECTRONIC
  • NIPPON STEEL
  • NIPPON TELEPHONE AND TELEGRAPH
  • NISSAN MOTOR
  • NOMADICS
  • NORTH PACIFIC GROUP
  • NORTHROP GRUMMAN
  • NOVA CHEMICALS
  • NOVARTIS
  • NOVOTECHNIK
  • NUFRONT
  • NVE
  • NVIDIA
• O
  • OHMART INT' L
  • O' KEEFE CONTROLS
  • OLYMPIC CONTROLS
  • OLYMPUS OPTICAL
  • OMEGA ENGINEERING
  • OMNIVISION TECHNOLOGIES
  • OSI GROUP
• P
  • PACIFIC SCIENTIFIC
  • PENSTAR
  • PEPPERL + FUCHS
  • PEPSICO
  • PETROCHINA
  • PFIZER
  • PHASE DYNAMICS
  • PHILIPS
  • PHOENIX CONTACT
  • PLASTIPAK PACKAGING
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  • PLIANT
  • PMD MOTION CONTROL
  • PNPNETWORK TECHNOLOGIES
  • POLYONE CORP
  • POSCO
  • POWER MEASUREMENT
  • PR ELECTRONICS
  • PRECISION MEASUREMENT
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  • PRINCO INSTRUMENTS
  • PRINTPACK
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  • PROCESS SYSTEM SOLUTIONS
  • PSM INSTRUMENTATION
• Q
  • QIMONDA
  • QUAKER OATS
  • QUANTUM ANALYTICAL INSTRUMENTS
• R
  • RAYTHEON
  • RDPE
  • RENAULT
  • RESIN SYSTEMS
  • RESOLUTIONEBS
  • RIO TINTO
  • RKC INSTRUMENT
  • ROCHE HOLDING
  • ROCKWELL
  • ROGERS CORP.
  • ROHM AND HAAS
  • ROLAND ELECTRONIC
  • RONAN ENGINEERING
  • ROSEBURG FOREST PRODUCTS
  • ROSEN' S DIVERSIFIED
  • ROYAL DUTCH SHELL
  • RUELCO
• S
  • SABMILLER
  • SAMSUNG ELECTRONICS
  • SANDVIK
  • SANOFI-AVENTIS
  • SANYO
  • SCALAR TECHNOLOGIES
  • SCANIA
  • SCANIVALVE
  • SCHLUMBERGER TECHNOLOGY
  • SCHNEIDER ELECTRIC
  • SCIENTIFIC COMPUTING INT' L
  • SCIENTIFIC DEVICES
  • SCIENTIFIC TECHNOLOGIES
  • SEIKO EPSON
  • SENCERA
  • SENSIRION
  • SENSOREX
  • SENSORPRO
  • SENSORPULSE
  • SENSOTECH
  • SHENYANG ENTERPRISE
  • SHINYEI
  • SIBEAM
  • SIE SENSORS
  • SIEMENS
  • SIERRA PACIFIC INDUSTRIES
  • SIGRIST PHOTOMETER
  • SILICON DESIGNS
  • SILICON OPTIX
  • SINCLAIR OIL
  • SINGER INSTRUMENTS
  • SKOV
  • SMAR INT' L
  • SMITH SYSTEMS
  • SMITHS DETECTION
  • SOLID STATE SYSTEMS
  • SOLVAY
  • SONY
  • SOPHIA SYSTEMS
  • SPARLING INSTRUMENTS
  • SST, LTD.
  • STEVENS WATER MONITORING SYSTEMS
  • STMICROELECTRONICS
  • STRAIN MEASUREMENT DEVICES
  • STRAINSERT
  • STRETCH
  • SUMCO
  • SUMITOMO ELECTRIC
  • SUMITOMO METAL INDUSTRIES
  • SUMITOMO METAL INDUSTRIES
  • SWIFT
  • SYNECTIC DESIGN
  • SYSCON INSTRUMENTS
  • SYSTEMATIC CONTROLS
• T
  • TAIWAN SEMICONDUCTOR
  • TANG INDUSTRIES
  • TATEYAMA ELECTRONICS
  • TECFLUID
  • TEDDINGTON CONTROLS
  • TELAIRE
  • TEMPRESS
  • TENSILICA
  • TESCO
  • TEXAS INSTRUMENTS
  • TEXAS PETROCHEMICALS
  • THE FOXBORO CO.
  • THEMIS
  • THERMO ELECTRON
  • TIANRUI INSTRUMENT ELECTRICAL APPLIANCE
  • TILT MEASUREMENT
  • TOKYO ELECTRON
  • TOSHIBA
  • TOSS
  • TOTAL
  • TOYOTA ENGINEERING & MANUFACTURING NORTH AMERICA
  • TOYOTA MOTOR
  • TRANSMONTAIGNE
  • TRANSWITCH
• U
  • U-NAV
  • U-NAV MICROELECTRONICS
  • UNISOURCE WORLDWIDE
  • UNISYS
  • UNITED MICROELECTRONICS
  • UNITED PARCEL SERVICE
• V
  • VALE DO RIO DOCE
  • VATELL
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  • VERSATILE PRODUCTS II
  • VERSO PAPER
  • VIASSI
  • VICTOR COMPANY OF JAPAN (JVC)
  • VISHAY MEASUREMENTS GROUP
  • VISILAB REAL-TIME SYSTEMS
  • VOITH HYDRO & CO.
  • VOLKSWAGEN GROUP
  • VOLVO GROUP
• W
  • WATLOW ELECTRIC MANUFACTURING
  • WEBER SENSORS
  • WEED INSTRUMENT
  • WEIGEL MESSGERAETE
  • WEISS INSTRUMENTS
  • WELLMAN
  • WESTINGHOUSE ELECTRIC
  • WESTINGHOUSE ELECTRIC
  • WIELAND ELECTRIC
  • WIKA
  • WILKERSON INSTRUMENT
  • WINSYSTEMS
  • WINTERS INSTRUMENTS
  • WIPRO TECHNOLOGIES
  • WIQUEST COMMUNICATIONS
  • WIRELESS MICROSYSTEMS
• X
  • XENSOR INTEGRATION
  • XENTAUR
  • XILINX
  • XSENS
  • XSTRATA
• Y
  • YAMATAKE
  • YASKAWA
  • YOKOGAWA CORP. OF AMERICA
• Z
  • ZARPAC
  • ZILOG
  • ZOLTEK
  • Z-WORLD