Cognitive Radio Policy and Regulation

Part I State-of-the-Art in Policy and Regulation of the Radio Spectrum: Introduction
- International Regulatory Developments
- European Regulatory Developments on CR/SDR (EC, CEPT)
- Standardization Developments on CRS (ETSI RRS, IEEE)
- Analysis of Radio-Spectrum Market Evolution Possibilities
- National Champions of CR Policy

Part II Deployment Scenarios for Cognitive Radio: Introduction
- ETSI Reconfigurable Radio Systems (RRS) and CR Scenarios
- Scenarios for CR Deployment: The Vision of EU Projects
- Classification and Analysis of CR Scenarios
- Taxonomy of Cognitive Radio Use and Applications
- Case Study: Cognitive Radio in Medical Environments

Part III Technical Approaches for Improved Spectrum Sharing
- Introduction
- Geo-Location Databases
- Cooperative Cognitive Radio Spectrum Sensing and Beam Forming
- Spectrum Aggregation over Non-Contiguous Frequency Bands
- Flexible Multi-Carrier Waveforms for Spectrum Sharing (OFDM vs. FBMC)
- Detection of Malicious Users in Cognitive Wireless ad hoc Networks: A Statistical Approach
- Improved Spectral Efficiency and Coexistence with Iterative Waterfilling
- Assessing the Amount of Spectrum that May Be Available for DSA
- Case Studies on Advances in Spectrum Sharing

Part IV Economic Aspects of CR Policy and Regulation
- Introduction
- Underlying Market Dynamics in the Wireless Communications Sector
- Key Factors Influencing Success and Failure of a Mobile Communications Platform
- Business Market for Dynamic Spectrum Access Technologies
- Business Scenarios for Spectrum-Sensing-Based DSA
- Cognitive Radio: The Need to Align the Regulations with the Technology
- Business Scenarios and Models for Use of Geo-Location Database in TV White Spaces

Part V Impact Assessment of CR/SDR Regulation
- Introduction
- Methodology of Impact Assessment of CR/SDR Regulation
- Cognitive Radio: Aligning the Regulatory Environment with the Technology, an Actor-Centric Approach
- Business Models,

Arturas Medeisis started his career in a national regulatory authority where he learned the ropes of policy and spectrum access regulation for nearly every type of wireless technology. He then worked at the European Radiocommunications Office, where he got to know the international aspects of wireless communications policy development and standardisation, observing the difficult traditional paths that need to be travelled by every new candidate wireless system/technology seeking access to radio spectrum and hence their place on the market. Now having moved to academia he has an enriching perspective of looking at the current status quo with wireless policy development from outside the system and thus realising the opportunities for change.

Oliver Holland complements the lead editorial team with a solid research track in the academic world and heavy involvement in major recent initiatives in R&D and standardisation of CR. Doctor Holland is currently serving as Project Manager and Deputy Coordinator of the ICT-ACROPOLIS Network of Excellence, working on numerous aspects of cognitive radio and related technologies. He holds various leadership roles in the IEEE "Dynamic Spectrum Access Networks Standards Committee" (DySPAN-SC) and IEEE 1900 standards and among other distinctions has served in various leadership capacities for numerous conferences and journals covering Cognitive Radio and Dynamic Spectrum Access. He has published over 100 papers, which have been cited more than 600 times. Doctor Holland's broad technical experience and involvements make him ideally suited to impart additional relevance to the book, particularly with respect to a detailed knowledge of current developments in R&D and industrial-related initiatives such as standardisation. In his view the book would fill the important gap between regulation and CR research, aiming to advance regulation in a way that can make CR a deployment reality.