IEEE 1900.1 2019
$53.08
IEEE Standard for Definitions and Concepts for Dynamic Spectrum Access: Terminology Relating to Emerging Wireless Networks, System Functionality, and Spectrum Management
Published By | Publication Date | Number of Pages |
IEEE | 2019 | 78 |
Revision Standard – Active. Definitions and explanations of key concepts in the fields of spectrum management, spectrum trading, cognitive radio, dynamic spectrum access, policy-based radio systems, software defined radio, and related advanced radio system technologies are provided. Beyond simple, short definitions, amplifying text explaining these terms in the context of the technologies that use them is provided. Also described is how these technologies interrelate and create new capabilities while at the same time providing mechanisms supportive of new spectrum management paradigms.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | IEEE Std 1900.1™-2019 Front cover |
2 | Title page |
4 | Important Notices and Disclaimers Concerning IEEE Standards Documents |
7 | Participants |
8 | Introduction |
10 | Contents |
13 | 1. Overview 1.1 Scope 1.2 Purpose |
14 | 2. Acronyms and abbreviations |
15 | 3. Definitions of advanced radio system concepts 3.1 Adaptive radio |
16 | 3.2 Cognitive radio 3.3 Hardware-defined radio 3.4 Hardware radio |
17 | 3.5 Intelligent radio 3.6 Policy-based radio 3.7 Reconfigurable radio 3.8 Software-controlled radio 3.9 Software-defined radio |
18 | 4. Definitions of radio system functional capabilities 4.1 Adaptive modulation 4.2 Cognition 4.3 Cognitive control mechanism 4.4 Cognitive process |
19 | 4.5 Cognitive radio system 4.6 Frequency agility 4.7 Geolocation capability 4.8 Location awareness 4.9 Policy-based control mechanism |
20 | 4.10 Policy conformance reasoner 4.11 Policy enforcer 4.12 Radio awareness 4.13 Software controlled 4.14 Software defined 4.15 System strategy reasoning capability |
21 | 4.16 Transmit power control 5. Definitions of decision-making and control concepts that support advanced radio system technologies 5.1 Coexistence policy 5.2 DSA policy language 5.3 Formal policy 5.4 Meta-policy 5.5 Model-theoretic computational semantics 5.6 Policy language |
22 | 5.7 Reasoner 6. Definitions of network technologies that support advanced radio system technologies 6.1 Cognitive radio network 6.2 Dynamic spectrum access networks 6.3 Reconfigurable networks 7. Spectrum management definitions 7.1 Allocation |
23 | 7.2 Clear channel assessment function 7.3 Coexistence 7.4 Coexistence mechanism 7.5 Cognitive interference avoidance 7.6 Collaboration 7.7 Collaborative decoding |
24 | 7.8 Cooperation 7.9 Data archive 7.10 Distributed radio resource usage optimization 7.11 Distributed sensing 7.12 Dynamic channel assignment 7.13 Dynamic frequency selection |
25 | 7.14 Dynamic frequency sharing 7.15 Dynamic spectrum access 7.16 Dynamic spectrum assignment |
26 | 7.17 Dynamic spectrum management 7.18 Electromagnetic compatibility 7.19 Frequency hopping 7.20 Frequency sharing 7.21 Hierarchical spectrum access |
27 | 7.22 Horizontal spectrum sharing 7.23 Interference 7.24 Opportunistic spectrum access 7.25 Opportunistic spectrum management 7.26 Policy authority |
28 | 7.27 Policy traceability 7.28 Radio environment map 7.29 RF environment map 7.30 Sensing control information 7.31 Sensing information 7.32 Sensor 7.33 Spectral opportunity 7.34 Spectrum access |
29 | 7.35 Spectrum broker 7.36 Spectrum efficiency 7.37 Spectrum etiquette 7.38 Spectrum leasing 7.39 Spectrum management |
30 | 7.40 Spectrum overlay 7.41 Spectrum owner 7.42 Spectrum pooling 7.43 Spectrum sensing |
31 | 7.44 Cooperative spectrum sensing 7.45 Collaborative spectrum sensing 7.46 Spectrum sharing 7.47 Spectrum underlay 7.48 Spectrum utilization |
32 | 7.49 Spectrum utilization efficiency 7.50 Vertical spectrum sharing |
33 | 7.51 White space 7.52 White space database 7.53 White space frequency band 7.54 White space spectrum band 8. Glossary of ancillary terminology 8.1 Air interface 8.2 Digital policy |
34 | 8.3 Domain 8.4 Interference temperature 8.5 Interoperability 8.6 Machine learning 8.7 Machine-understandable policies 8.8 Ontology |
35 | 8.9 Policy 8.10 Quality of service 8.11 Radio |
36 | 8.12 Radio node 8.13 Radio spectrum 8.14 Receiver 8.15 Software 8.16 Transmitter 8.17 Waveform |
37 | 8.18 Waveform processing |
38 | Annex A (informative) Implications of advanced radio system technologies for spectrum A.1 Regulatory issues to which advanced radio system technologies and new spectrum-sharing concepts are applicable |
39 | A.2 New spectrum management concepts A.3 Frequency band consideration in the application of advanced radio system technologies A.4 Radio network control considerations in the application of advanced radio system technologies |
40 | A.5 Progressing toward regulatory harmonization |
42 | Annex B (informative) Explanatory notes on advanced radio system technologies and advanced spectrum management concepts B.1 Relationship of terms |
52 | B.2 Explanatory note on software-defined radio |
53 | B.3 Explanatory note on cognitive control and cognitive functionality |
54 | B.4 Explanatory note on adaptive radios that employ a policy-based control mechanism |
56 | B.5 Explanatory note on dynamic spectrum access |
59 | B.6 Explanatory note on collaborative spectrum management |
60 | B.7 Explanatory note on spectrum efficiency |
61 | B.8 Definition of informative terms |
63 | B.9 Explanatory notes on wireless virtualization |
67 | Annex C (informative) List of deleted terms from the previous versions of IEEE Std 1901.1 C.1 Composite network C.2 Collaborative spectrum usage C.3 Communications mode C.4 Prioritized spectrum access C.5 Interference event |
68 | C.6 Negotiated spectrum access C.7 Noncollaborative coexistence mechanism C.8 Performance metric C.9 Precedence assertion C.10 Protocol agility |
69 | C.11 Quality-of-service management C.12 Radio quiet zone C.13 Restricted dynamic spectrum access etiquette C.14 Spatial awareness |
70 | C.15 Spectrum access behavior C.16 Spectrum availability beacon C.17 Unrestricted dynamic spectrum access etiquette C.18 Wireless network efficiency C.19 Firmware |
71 | C.20 Quality of spectral detection C.21 Vision and roadmap for application of advanced radio system technologies |
73 | C.22 Spectrally aware networking |
74 | Annex D (informative) Bibliography |
78 | Back cover |