Refine your search
-
Custom search filters
Availability
-
Authors
- Adeyeri, Joseph (1)
- Atayero, Aderemi A. (1)
- Bajwa, Imran Sarwa (1)
- Chew, Eng K. (1)
- Curran, Kevin (1)
- Davim, J. Paulo (1)
- Dooley, Laurence S. (1)
- Ganji, Davood Domiri (1)
- Gaurina-Medimurec, Nedilijka (1)
- Gottschalk, Petter (1)
- Habib, Maki K. (1)
- Karmakar, Gour (1)
- Mahmood, Zaigham (1)
- Matanovic, Davorin (1)
- Parveen, Tauhida (1)
- Queirós, Ricardo (1)
- Saeed, Saqib (1)
- Sethy, Satya Sundar (1)
- Shelukhin, O. I. (1)
- Simon, Katarina (1)
- Somashekar, R. (1)
- Sugumaran, Vijayan (1)
- Talarposhti, Roghayeh Abbasi (1)
- Thomas, Josephine Wapakabulo (1)
- Tilley, Scott R. (1)
- Urs G., Thejas q (Urs Gopal) (1)
- Yigitcanlar, Tan (1)
- Show more
- Show less
-
Holding libraries
- UMPLIB GAMBANG (5)
- UMPLIB PEKAN (11)
-
Item types
- E-book (2)
- Open Shelf (14)
-
Series
- Advance in mechatronics and me... (2)
- Advances in civil and industri... (2)
- Advances in computational inte... (2)
- Advances in environmental engi... (1)
- Advances in higher education a... (1)
- Advances in mechatronics and m... (1)
- Advances in systems analysis, ... (1)
- Premier reference source (16)
- Show more
- Show less
-
Topics
- Big data (1)
- Computer programming (1)
- Computer software (2)
- Context-aware computing (1)
- Data mining (1)
- Data transmission systems (1)
- Engineering ethics (1)
- Gas industry (1)
- Gas well drilling (1)
- Geotechnical engineering (1)
- Heat (1)
- Information technology (1)
- Infrastructure (Economics) (1)
- Integrated services digital ne... (1)
- Intelligent agents (Computer s... (1)
- Management information systems (1)
- Mechatronics (1)
- Mobile communication systems (2)
- Multimedia communications (1)
- Municipal services (1)
- Nonlinear difference equations (1)
- Oil well drilling (1)
- Petroleum industry and trade (1)
- Polymeric composites (1)
- Public works (1)
- Robotics (1)
- Semantic computing (1)
- Software architecture (1)
- Soil mechanics (1)
- Wireless communication systems (1)
- Show more
- Show less