Welcomes submissions of state of the art technical papers, experience papers, and panel presentations from experts in government, industry and academia in military area. ADCT seeks papers from across the full spectrum of technologies in the military domain. This event aims to bring together many scholars, researchers and managers of various areas and industries for intellectual exchanges, research cooperation and professional development. In addition to providing a venue for publication and presentation of peer-reviewed papers, the conference provides attendees with the opportunity to network, exchange ideas, discuss and disseminate the most recent advances in military technology around the world. Moreover, this program also offers excellent networking opportunities to participants, with a wonderful taste of local culture. The conference areas of interest include, but are not limited to, the following four tracks.

ICT Track

• Technology for Defence, Safety and Security: Sensor systems (radar, optronics); electronic warfare; cyber warfare and information; systems; command, control and communications; vehicles and platform protection; aeronautics; maritime; systems; detonics, ballistics and explosives; soldier; systems; rapid prototyping; systems engineering; modeling and simulation; field measurement and evaluation; and technology management.

• Information and Communications Technology: ICT Architecture Framework; e-Business Infrastructure; ICT for Safety Director General Intelligence & Security; Enterprise Architecture, ERP Enterprise Resource Planning; Security, Surveillance and Reconnaissance; IT Management; Ad Hoc, Mesh, Sensor Networks; Cognitive Network Applications; Cooperative Diversity and Physical Layer Network Coding; Cross-Genre Networks; Cross-Layer Design; Disruption-Tolerant Networks; Hybrid Optical/RF Networks; Mobility Management; Next-Generation Wireless Networks; Optical Networks; Personal Area and Body Area Networks; Protocols: MAC, Link-Layer, Network, Transport, Scalability of RF networks, Network Control.

• Smart Technology: Smart Grid; Smart Home; Smart Country; Smart Defence Technology; Smart Military Base.

• ICT, Security and Safety Technology for Space: Communications Systems, Computer Systems, Digital Avionics, Information and Command and Control Systems, Intelligent Systems, Sensor Systems and Information Fusion, Software for Space and Security and Safety Technology for Space

Mechanical and Aerospace Engineering Track

• Unmanned Vehicle Systems: Airspace Control; Integration; Interoperability; Security  Air worthiness; Levels of Safety; Sensor Fusion; Vehicle Operations; Manned/Unmanned Aviation; Simulation; Smart Sensors; Navigation; Standardization; Certification; Control Architectures; Payloads; Technology Challenges; Energy Efficient; Path Planning; Training; Environmental; Issues, Regulations, Applications, Fail-Safe Systems; Reliability of Communications, Frequency Management; Risk Analysis; Test beds.

• Vehicle for Defence: Automotive Technology and Platform; Marine Technology and Platform; Aerospace Technology and Platform; Vehicle Performance and Survivability; Platform Structural Design and Analysis; Platform Manufacturing and Process Design; Platform Statics; Dynamics; Vibration; Acoustics; and Control; Fluids Engineering Systems & Technologies in  Vehicle System; Heat Transfer and Thermal Engineering in Vehicle System; Materials Vehicle Structures; Systems; Design, and Complexity  in  Vehicle System; Weapon Control Design and System Analysis; Vehicle Verification and Validation; Numerical Method Applied to Vehicle System; System Architecture Design in Platform; Artificial Intelligence in Platform Application

• Atmospheric and Space Environments:Characterization of the atmospheric environment through observations and numerical modeling, Environmental impacts of aviation, (Atmospheric or space) environment standards, Meteoroid and debris environments, On-orbit spacecraft and environmental interactions.

• Emerging Commercial Space: Suborbital and orbital transportation and tourism, Orbital and deep space commercial facilities, propellant depots, and infrastructure, Orbital transfer vehicles, Microgravity commerce and research, Cis-lunar commercial opportunities, National space policy, Legal and regulatory, Forecasting and developing emerging markets, Economics, business and financing, Managing risks and opportunities

Chemistry and Explosion Track

• Explosive and Blasting: Chemistry and material for Defence, Safety and Security, Warhead mechanisms & effects; Weapon concept analysis; Protection of combat vehicles, aircraft, and personnel from bullet; penetrator; shaped charge and fragmenting warheads; Explosive and Energetic materials; Explosive detection; Generation and propagation of intensive loading; Materials served in impact and explosive environments; Structure failure and engineering, Multi-scale mechanics: experiments, modeling and simulation.

• Rockets and Missiles: Missile and Aircraft Aerodynamics; Flight Dynamics and Simulations; Flight Test and System Identification; Wind Tunnel Testing; Heat Transfer in Defence Applications; Target Coverage and Weapon Effectiveness; Propulsion and Technologies; Modeling and Simulation of Rocket Engines and Propulsion Systems; Control Navigation and Guidance System.

Operation Research and Management Track

• Operations for Defence: Applications of Defence Technology for Noncombatant Evacuation Operations; Exploitations of Defence Technology in Disaster Relief and Humanitarian Assistance; Military Support to Civil Authorities; Important Roles of Defence Technology in Peacekeeping Operations; Advancement of Defence Technology in Intelligence Extraction and Acquisition; Ways ahead of Defence Technology in Anti-Terrorism; Implementation of Defence Technology in Counter-drug Operations; Defence Technology in Facilitating Support of Civil Authorities; Integration Defence Technology for Military Simulation and Training.