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Open Technology Development: Roadmap Plan | |
Joint U.S. Defense Science Board, UK Defence Scientific Advisory Council Task Force on Defense Critical Technologies | |
Recognizing and Understanding Revolutionary Change in Warfare: The Sovereignty of Context | |
Military Power of the People's Republic of China 2006. Annual Report to Congress | |
Development of a CMOS Snapshot Active Pixel Sensor for Spaceborne Earth Observation Applications | |
Off-The-Shelf and Free Software Technologies for Spacecraft Control & Command: An Example, Balloon-Borne Stabilised Gondolas | |
Very High-Performance Embedded Computing Will Allow Ambitious Space Science Investigation | |
Will Schedulers be Available on Board in the Next Generation of Robots? | |
Automatic In-Flight Repair of FPGA Cosmic Ray Damage | |
Quick Maintenance for High Voltage Equipment with the New Not Toxic Boron Nitride Powder (BN100) Superior Thermal Conductive and Lightweight Filler | |
Helium High Pressure Tanks at EADS Space Transportation New Technology with Thermoplastic Liner | |
Potentialities of HTS Superconductor Technology in Telecommunication Satellites | |
A Novel, Flexible Approach to Packaging Integrated Microsystems for Space Applications | |
High-Throughput Optical Interconnect Technology for Future On-Board Digital Processors | |
Low Phase Noise Fiber Optics Links for Space Applications | |
Deployable Hexapod Using Tape-Springs | |
Magnetic Actuator in Space and Application for High Precision Formation Flying | |
Reconfigurable Computing Technology for Image Compression in the BayernSAT Mission | |
A New Concept of Synthetic Aperture Instrument for High Resolution Earth Observation from High Orbits | |
Low Noise, Low Power Sensor Interface Circuits for Spectroscopy in Standard CMOS Technology Operating At 4 K | |
A Single-Chip CDS and 16 Bit ADC CCD Video Processing ASIC | |
Superconductive Microwave Single-Flux-Quantum Digital Circuits and Corresponding Opto-Electronic Interfaces: On-Going Studies and First Experimental Results | |
CMOS Active Pixel Sensors: Design For Scientific Applications | |
Link Budget Analysis for New Satellite Telecommunications Systems: The MALTE Package | |
New European Apogee Motor -- Advanced Propulsion Technology | |
Optical Technologies for On-Board Processing of Microwave Signals | |
Development of a Large-Format Science-Grade CMOS Active Pixel Sensor, for Extreme Ultra Violet Spectroscopy and Imaging in Space Science | |
Cryogenic and LOX Based Propulsion Systems for Robotic Planetary Missions | |
The CMOS Breakthrough for Space Optical Detection: Recent Advances and Short Term Perspectives | |
NbN Josephson and Tunnel Junctions for Space THz Observation and Signal Processing | |
Validation of a Wireless Optical Layer for On-Board Data Communications | |
Potential Applications of Micro and Nano Technologies on Space Transportation Systems | |
Fusion Reactions and Matter-Antimatter Annihilation for Space Propulsion | |
High Power Electric Propulsion System for NEP (systemes propulsifs electriques de forte puissance pour propulsion nucleo-electrique) | |
A New Space Robot End-Effector for On-Orbit Reflector Assembly | |
Technology Disruptions in Future Communication Payloads (Technologies de rupture pour futures charges utiles de telecommunications) | |
Fuzzy Logic Controller for Small Satellites Navigation | |
Lessons Learned with the Innovation Triangle Initiative | |
High-End CMOS Active Pixel Sensors For Space-Borne Imaging Instruments | |
Development of Fast NbN RSFQ Logic Gates in Sigma-Delta Converters for Space Telecommunications | |
Internet Switching by Satellite: An Ultra Fast Processor with Radio Burst Switching | |
Conclusions of ESA 1st Optical Wireless Onboard Communications Workshop: Current Status and the Road Forward | |
SuperComputers for Space Applications | |
New Technological Development for Far Infrared Bolometer Arrays | |
United States Air Force Posture Statement 2005 | |
Weapons: A Report on the Industry | |
Agribusiness Industry Study Final Report | |
Multi-Access Laser Terminal Using Liquid Crystal Beam Steering (Preprint) | |
Department of Defense Logistics Transformation Strategy: Achieving Knowledge-Enabled Logistics | |
Trust and Influence in the Information Age: Operational Requirements for Network Centric Warfare | |
Advanced Thermal Management for Military Application | |
Littoral Combat Ship (LCS) Manpower Requirements Analysis | |
Guided Bullets: A Decade of Enabling Adaptive Materials R&D | |
Implementing METOC Transformation: Applying Autonomous Agents | |
Using Commercial Aviation Information Systems in Operational Support Airlift Decision Support Systems | |
Special Technology Area Review on Spintronics. Report of Department of Defense Advisory Group on Electron Devices Working Group B (Microelectronics) | |
Manufacturing: A Report on the Industry 2004 | |
Alignment: Discrepancies of Practice and Vision in U.S. Army Staffing | |
Don't Start the Revolution Without Me: A Review of the Army Transformation | |
Innovative Vehicle Camouflage | |
Towards an Analytical Framework for Evaluating the Impact of Technology on Future Contexts | |
Transformation and Transition: DARPA's Role in Fostering an Emerging Revolution in Military Affairs. Volume 2- Detailed Assessments | |
Science and Technology Test Mining: Disruptive Technology Roadmaps | |
High Efficiency, Scalable Parallel Processing | |
Transformation and Transition: DARPA's Role in Fostering an Emerging Revolution in Military Affairs. Volume 1 - Overall Assessment | |
Towards a Framework for Understanding Innovation Implementation in the Air Force | |
Transforming Joint Test and Evaluation Mindsets and Processes: Acquisition II | |
The System Knowledge Office: A Transformation Enabler: Response to the Chairman's Challenge | |
The Limits of Transformation: Officer Attitudes Toward the Revolution in Military Affairs | |
Real-Time Asset Rescheduling With Execution Monitoring and Accurate Asset Tracking | |
Two Views of the Revolution in Military Affairs | |
Crossbow Executive Summary | |
The Revolution in Military Affairs: Mandate for Change or Recipe for Disaster? | |
Adapting Future Wireless Technologies | |
CROSSBOW. Volume 1 | |
The Long Search for a Surgical Strike: Precision Munitions and the Revolution in Military Affairs | |
Targeting of Oncogenic Proteins for Intracellular Degradation | |
Technology Paradigm Shifts Commercial Survival Lessons | |
An Examination of the Joint Direct Attack Munitions (JDAM) in the Context of Network-Centric Warfare (NCW): Enormous Potential and Alarming Pitfalls | |
A Paradigm for the U.S. Army Transformation | |
Javelin; The Potential Beginning of a New Era in Land Warfare | |
Digitization and The Commander: Planning and Executing Military Operations | |
Two-Way Street or Two-Way Mirror? Will Canada's Future Army be able to Interoperate with the United States' Army After Next at the Operational and Tactical Level of War? | |
Lethal and Non-Lethal Effects: The Need for Reorganization to Harness the Power of the Revolution | |
War as We Knew It: The Real Revolution in Military Affairs Understanding Paralysis in Military Operations | |
Rapid-Prototyping of Application Specific Signal Processors (RASSP) Education and Facilitation | |
Targeting of Oncogenic Proteins for Intracellular Degradation | |
Structured Managerial Approach to Decision Processes Shaping Information Technology in Non-IT Organizations | |
Knowledge Warrior for the 21st Century. Catalysts for Cultural Change | |
Swords into Stilettos: The Battle Between Hedgers and Transformers for the Soul of DoD | |
An Object-Oriented Repository-Based Software Synthesis System | |
INTEL XXI and the Maneuver Commander - Redefining Execution of Tactical Military Intelligence Operations | |
The People's Liberation Army Looks to the Future | |
A Paradigm for the US Army Transformation | |
An Assessment of the Impact on the Army's Force XXI Process in Digitizing Aviation Brigade Units. | |
Targeting of Oncogenic Proteins for Intracellular Degradation (97breast) | |
The Shifting Paradigm of Post-Cold War Counterintelligence Support to USAF Operations: A Middle Eastern Case Study. | |
Warfare in the Information Age: Adding Capability Multipliers | |
The Revolution in Military Affairs: Allied Perspectives | |
Joint Logistics Command and the Army After Next. | |
Digital Data Warfare Tools: Should CINCs Have Control | |
Controller and Communications Middleware Survey and Evaluation. | |
Avoiding Agincourt - Restructuring Command and Control for the 21st Century | |
Advanced C4I and Operational Decision Making: Panacea or Pandora's Box? | |
Joint Expeditionary Forces: A Step Beyond | |
Campaigning for Change: Organizational Processes, Governmental Politics, and the Revolution in Military Affairs, | |
Conceptual Design of a Cybernetic Information System for Command and Control | |
Using Web-Based Technologies for Network Management Tools. | |
After Recognition Comes Implementation: The Challenges for the Information Age Revolution in Military Affairs. | |
Miles Wide, Inches Deep: Army Logistics on the 21st Century Battlefield. | |
A Revolution in Military Engineering. | |
Information Operations: A Layman's Perspective. | |
Key Ingredients for Sustained Excellence | |
Logistics Reform and the Military Strategy of the United States: Will the Revolution in Defense Logistics Support the Revolution in Military Affairs or is it a Cost-Savings Program That May Weaken Our Strategy | |
Synthetic Acquisition Cycle on the Way, | |
Integrated Battlefield Management Begins in Space | |
Night Air Combat. A United States Military-Technical Revolution | |
Cyberwar and Information Warfare: A Revolution in Military Affairs or Much Ado about Not Too Much? | |
Thinking About Revolutions in Military Affairs, | |
Tradeoff Analysis Model for Arsenal Ship Survivability and Sustainability | |
Brilliant Warrior: Information Technology Integration in Education and Training. | |
Tomorrow's Air Force | |
Attacking the Infrastructure: Exploring Potential Uses of Offensive Information Warfare. | |
Information Warfare: Implications for Forging the Tools. | |
Unifying' The Military Services - A Joint Challenge. | |
China and the Revolution in Military Affairs. | |
Revolution in Military Affairs: Operational Fires on the Future Battlefield. | |
The Third Wave: What the Tofflers Never Told You | |
Strategic Forum. Number 72. The Third Wave: What the Tofflers Never Told You, | |
Toward Assessment of Dominant Battlespace Awareness: A Remote Sensor System Model. | |
Weapons of Mass Disruption For the Operational Info-Warrior. | |
Chaos, Complexity, and the Military | |
Field Artillery, the Ascending Branch of Force XXI. | |
DecisionNet -- A Prototype Distributed Decision Support System Server. | |
Employment of Indications and Warning Intelligence Methods to Forecast a Potentially Hostile Revolution in Military Affairs. | |
A Software Architecture for Dependable and Evolvable Industrial Computing Systems. | |
The Economics of Commercial-Military Integration and Dual-Use Technology Investments, | |
The Revolution in Military Affairs and Operational Maneuver from the Sea. | |
Whither Sovereignty. | |
Revolutions in Military Affairs, Paradigm Shifts, and Doctrine. | |
Evolution in Military Affairs. | |
The Revolution in Military Affairs and the Politics of Innovation in the U.S. Navy. |