Welcome you to the workshop on Quantum Communications and Information Technology (QCIT'17) at IEEE GlobeCom 2017 in Singapore. This third workshop organized by ComSoc's emerging technical committee on quantum communications and information technology brings together researchers from all over the world to discuss the latest advances in communications and information related quantum technology.
The technical program of QCIT'17 consists of a keynote and two paper presentation sessions.
QCIT'17 received 26 paper submissions from 15 countries, out of which 9 papers have been accepted - corresponding to an acceptance rate of 35%. All papers have undergone a rigorous review process - every manuscript was reviewed by at least 3 experts.
We would like to especially thank the members of the technical program committee and the external reviewers for their dedication. Without their help, this second workshop on QCIT would not be possible. We would also like to thank the keynote speaker for contributing this important part of the program. Last, but not least, our sincere thanks to the workshop chairs, Tony Quek and Wei Zhang, and the technical program chair, Ying-Chang Liang, for their strong support and willingness to help.
The following topics are crucial to the development of future quantum technology
based systems:
- Algorithms and applications complexity
- Analysis of classical vs quantum software
- Coding theory
- Coherent routers, repeaters and converters
- Communications and information theory
- Devices and circuits
- Entanglement distillation
- Error correction
- Experimental results and demonstrations
- Interconnection and complexity theory
- Metrology for quantum systems
- Modeling and simulation
- Network coding
- Photonic communications technology
- Processing and systems architecture
- Quantum electro-dynamics
- Quantum information theory
- Quantum key distribution
- Quantum sensors
- Quantum-algorithms and applications
- Remote state preparation
- RF based programming and algorithms
- RF technology and control
- Signal processing for quantum control
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