Software defined radio (SDR) foundations, technology tradeoffs: A survey

Software defined radio (SDR) foundations, technology tradeoffs: A survey
https://ieeexplore.ieee.org/document/8392204/references#references

自動車技術会(5) 2025春 投稿戦略
https://qiita.com/kaizen_nagoya/items/9e8887f2c4e5e03d78ed
IEEE SDR Servey paper.

# Reference
## 1
J. Mitola, "Software Radio Architecture: A Mathematical Perspective" in JSAC, NY:IEEE Press, April 1999.
https://ieeexplore.ieee.org/document/761033
Figures: https://www.semanticscholar.org/paper/Radio-Architecture-%3A-A-Mathematical-Perspective-Mitola/f62c266e50b4e9377852cbc47d2ba10ca6bc8673

### 1 Reference 37
#### 1.1 The software radio architecture
J. Mitola
Computer Science, Engineering IEEE Communications Magazine 1995
A closer look at the canonical functional partitioning of channel coding into antenna, RF, IF, baseband, and bitstream segments and a brief treatment of the economics and likely future 

##### 1.1 Reference

1.
McGarth, "RFIC technology for wireless consumer productsTrends in GaAs", 1995.

2.
Mouly and Pautet, The GSM System for Mobile Communications., 1992.

3.
D. Upmal and R. Lackey, "SPEAKeasy The military software radio", IEEE Commun. Mag., 1995.
https://ieeexplore.ieee.org/document/392998
Presentation: https://its.ntia.gov/media/30649/bons_s.pdf
4.
D. Nicholson, Spread Spectrum Signal Design., 1988.

5.
Reference Data for Engineers., 1993.

6.
Stallings, Handbook of Computer-Communications StandardsVolume 1: The Open Systems Interconnection (OSI) Model and OSI-Related Standards., 1987.

7.
R. L. Pickholtz and Hill, Adaptive Beamforming for Interference Reduction, 1990.

8.
Zoltowski, "Blind 2-D rake receivers based on space-time adaptive MVDR processing for IS-95 CDMA system", MILCOM96, 1996-Oct.

9.
Belzer, Joint source channel coding of images with trellis coded quantization and convolutional codes, 1998.

10.
Ferguson and Huston, Quality of Service., 1998.


11.
Paradells, DECT Multibearer Channels., 1994.



12.
Strom and Shaula, "Optimistic recovery in distributed systems", ACM Trans. Comput. Syst., 1985.

13.
Pesonen, Object-Based Design of Embedded Software Using Real-Time Operating Systems, 1994.

14.
Tebbs and Garfield, Real Time Systems., 1977.

15.
K. Ellison, Developing Real-Time Embedded Software in a Market-Driven Company., 1994.

16.
J. Mitola, "The software radio architecture", IEEE Commun. Mag., May 1995.
View Article 

17.
J. Mitola, Software Radios: Wireless Architectures for the 21st Century., 1999.

18.
1997.
19.
Milewski, The Topology Problem Solver., 1994.

20.
Herlihy and Shavit, "A simple constructive computability theorem for wait-free computation", Proc. STOC94., 1994.

21.
DII strategic enterprise architecture DISA IEEE Commun. Mag., Oct. 1995.

22.
Programmable Digital Radio., 1996.

23.
The Software Defined Radio Request for Information., Dec. 1995.

24.
R. Pengelly, "Low cost GaAs MMIC chip set for dual mode AMPS/CDMA phones", Proc. WESCON 96, pp. 96.

25.
S. Oh, "DSP technology for a hands-free car cellular phone", Proc. WESCON 96, pp. 821.
View Article 

26.
J. Mitola, "Software radios: Technology and prognosis", Proc. Nat. Telesyst. Conf., May 1992.

27.
Walden, "ADC integrated circuits", Proc. IEEE GaAs IC Symp., Dec. 1995.

28.
K. C. Zangi and R. D. Koilpillai, "Software radio issues in cellular base stations", IEEE Journal on Selected Areas in Communications, vol. 17, no. 4, pp. 561-573, April 1999.

29.
R. L. Pickholtz and Hillrname>, Adaptive Beamforming for Interface Reduction, 1990.

30.
M. Martone, "Cumulant-based adaptive multichannel filtering for wireless communications systems with multipath RF propagation using antenna arrays", IEEE Trans. Veh. Technol., May 1998.

#### 1.2
Virtual radios
Vanu G. BoseMichael IsmertMatt WelbornJohn V. Guttag
Computer Science, Engineering
IEEE J. Sel. Areas Commun.
1999
This paper uses wideband digitization and then performs all of the digital signal processing in user space on a general purpose workstation to experiment with new approaches to signal processing that exploit the hardware and software resources of the workstation.
#### 1.3
Higher-order concurrent programs with finite communication topology (extended abstract)
H. R. NielsonF. Nielson
Computer Science
ACM-SIGACT Symposium on Principles of Programming…
1994
An analysis that given the communication behaviour predicts the number of processes and channels required during the execution of the CML program is developed.

#### 1.4
Software radio issues in cellular base stations
K. ZangiR. D. Koilpillai
Computer Science, Engineering IEEE J. Sel. Areas Commun. 1999
A computationally efficient wide-band channelizer is presented that is closely related to the discrete Fourier transform filter bank used in transmultiplexers and an optimal receiver that explicitly takes into account the effect of the quantization noise of the wide- band ADC is derived.
#### 1.5
A simple constructive computability theorem for wait-free computation
M. HerlihyN. Shavit
Computer Science
Symposium on the Theory of Computing
1994
It is shown that a synchronization problem has a wait-free solution if and only if its input complex can be continuously “stretched and folded” to cover its output complex.
#### 1.6
An introduction to the general theory of algorithms
Michael MachteyPaul Young
Computer Science, Mathematics
1978

TLDR
This text book provides a general introduction into basics first-time introduction into computational imaging within CiE, where the Modified Defect Correction Algorithms for ODEs.
Expand
395

1 Excerpt

Save
Practical implementations of non-blocking synchronization primitives
Mark Moir
Computer Science
ACM SIGACT-SIGOPS Symposium on Principles of…
1997

TLDR
The results presented here eliminate the problem by providing practical means for implementing any algorithm that is based on these instructions on any multiprocessor that provides either CAS or a form of LL and SC that is sufficiently weak that it is provided by all current hardware implementations of these instructions.
Expand
151
PDF

3 Excerpts

Save
Low-power radio-frequency ICs for portable communications
A. Abidi
Engineering, Computer Science
Proceedings of the IEEE
1995

TLDR
The contributions of integrated circuits to the RF front-end of wireless receivers and transmitters operating in broadcast and personal communications bands are surveyed and the conclusion is that single-chip silicon transceivers will likely dominate digital cellular telephones in the near future.
Expand
214
Highly Influential

6 Excerpts

Save
NOSES distributed communication switching software structure based on CORBA
H. SunagaTetsuyasu Yamada
Computer Science
International Conference on Communications
1997

TLDR
T Tentative estimation of the load of the distributed inter-object communication shows that the software structure does not largely degrade the call processing performance and is promising to establish the basis for next-generation communication switching systems.
Expand
4

1 Excerpt

Save
On the complexity of RAM with various operation sets
Janos SimonM. Szegedy
Computer Science, Mathematics
Symposium on the Theory of Computing
1992
We prove that polynomial time bounded RAMs with the instruction set [shift, +, X, boolean ] accept exactly the languages in PSPACE. This generalizes previous results: [5] showed the same for the… 
Expand

Estimating the capacity of a frequency-selective fading mobile radio channel with antenna diversity
M. D. LounduC. DespinsJ. Conan
Computer Science, Engineering
IEEE Vehicular Technology Conference
1994

TLDR
The main result shows that a significant increase in the value of the capacity can be obtained by exploiting the inherent multipath diversity of the channel.
Expand
8

1 Excerpt

Save
Digital downconversion test results with a broadband L-band GPS receiver
A. BrownW. Sward
Engineering
AIAA/IEEE Digital Avionics Systems Conference…
1994

TLDR
The architecture of a fully digital receiver designed for Global Positioning System (GPS) satellite radionavigation and other spread spectrum applications is described, which incorporates a unique software configurable topology for frequency selection that enables filter parameters to be loaded dynamically, achieving rapid change of tracking frequency.
Expand
9

1 Excerpt

Save
Current evolution of the GSM systems
M. MoulyMarie-Bernadette Pautet
Computer Science, Engineering
IEEE wireless communications
1995
The central topic of the article is the past, present and future evolution of the technical aspects of the GSM system and its derivatives such as DCS 1800 and DCS 1900, as viewed from the European… 
Expand
64

Save
Optimistic recovery in distributed systems
R. StromS. Yemini
Computer Science
TOCS
1985

TLDR
Optimistic Recovery is a new technique supporting application-independent transparent recovery from processor failures in distributed systems that can tolerate the failure of an arbitrary number of processors and yields better throughput and response time than other general recovery techniques whenever failures are infrequent.
Expand
819
PDF

Save
Impossibility of distributed consensus with one faulty process
M. FischerN. LynchM. Paterson
Computer Science
JACM
1985

TLDR
In this paper, it is shown that every protocol for this problem has the possibility of nontermination, even with only one faulty process.
Expand
5,087
PDF

Save
Blind 2-D RAKE receivers based on space-time adaptive MVDR processing for IS-95 CDMA system
M. ZoltowskiYung-Fang ChenJavier Ramos
Engineering, Computer Science
Proceedings of MILCOM '96 IEEE Military…
1996

TLDR
A decision directed adaptation of this scheme for a commercial cellular CDMA system based on the IS-95 standard is presented herein and only the uplink from mobile to base is considered.
Expand
29

Save
Joint source channel coding of images with trellis coded quantization and convolutional codes
B. BelzerJ. VillasenorB. Girod
Computer Science
Proceedings., International Conference on Image…
1995

TLDR
It is shown that a low complexity joint source channel codec offering high robustness is enabled by using the same Ungerboeck trellis code to do both quantization and convolutional coding.
Expand
38

1 Excerpt

Save
Digital Techniques for Wideband Receivers
Engineering, Computer Science
1995
From the Publisher: With the most comprehensive description available of digital processing applicable to wideband receivers, this book helps you better understand the requirements of wideband… 
Expand
283
PDF

1 Excerpt

Save
Cumulant-based adaptive multichannel filtering for wireless communication systems with multipath RF propagation using antenna arrays
M. Martone
Computer Science, Engineering
1998

TLDR
It is shown that an overdetermined system of linear equations can be obtained to perform noniterative deconvolution and an efficient adaptive algorithm based on square-root decomposition is proposed to avoid numerical problems when real-time tracking of moving transmitters is needed.
Expand
16
PDF

1 Excerpt

Save
Speakeasy: the military software radio
R. I. LackeyD. W. Upmal
Engineering, Computer Science
IEEE Communications Magazine
1995

TLDR
The Speakeasy Phase II radio will use programmable processing to emulate more than 15 existing military radios to solve the challenge of integrating DSP into existing military radio systems.
Expand
238

1 Excerpt

Save
S. Oh
Engineering, Computer Science
Southcon/96 Conference Record
1996
We present the development results of an acoustic echo canceller (AEC) and adaptive noise suppresser used for hands-free car phones using the Texas Instruments' TMS320C5x fixed point DSP processor. A… 
Expand

CML: A Higher-Order Concurrent Language
John H. Reppy
Computer Science, Linguistics
ACM-SIGPLAN Symposium on Programming Language…
1991


## 2.
SDR Forum Technical Report V2, 1999, [online] Available: www.sdrforum.com.

## 3.
P. Poggi, "Applications Of High Efficiency Techniques To The Design of RF Power Amplifier And Amplifier Control Circuits", MILCOM '95, 1995.
CrossRef  Google Scholar 

## 4.
D. Bennett, "The ACTS FIRST Project And Its Approach To Software Radio Design", Proceedings of the 4th ACTS Mobile Communications Summit (EC), 99.
CrossRef  Google Scholar 

## 5.
The GSM System for Mobile Communications, Plaiseau, France:Mouley & Pautet, 1992.
Google Scholar 
## 6.
D. Smith, "A Perspective On Multi-Band Multi-MissionRadios", MILCOM, 1995.

## 7.
U. Rhode et al., Communications Receivers, NY:McGrawHill, 1997.

## 8.
Zangi and Koilpillai, "Software Radio Issues in Cellular Base Stations" in JSAC, NY:IEEE Press, 1998.

## 9.
M. Martone, "Cumulant-based Adaptive Multichannel Filtering for Wireless Communications Systems … Using Antenna Arrays", IEEE TVT, May 98.
Google Scholar 
## 10.
Morgensen and Petersen, Practical Considerations of Using Antenna Diversity in DECT, NY:IEEE Press, 1994.
Google Scholar 
## 11.
J.C. Liberti and T.S. Rappaport, Smart Antennas for Wireless Communications, Prentice Hall, 1999.
Google Scholar 
## 12.
Stallings, "Handbook of Computer-Communications Standards" in The Open Systems Interconnection (OSI) Model, NY:Macmillan, vol. 1, 1987.
Google Scholar 
## 13.
Upmal and Lackey, "SPEAKeasy the Military Software Radio" in IEEE Comms Magazine, NY:IEEE Press, 1995.
Google Scholar 
## 14.
J. Mitola, Cognitive Radio: Model-based Competence for Software Radios, August 1999.
Google Scholar 
## 15.
Abidi, "Low Power RF IC's for Portable Communications" in Proc. IEEE, NY:IEEE Press, Apr 1995.
Google Scholar 

## 16.
S. Srikanteswara et al., "A Soft Radio Architecture for Reconfigurable Platforms" in IEEE Communications Magazine, NY:IEEE Press, Feb 2000.
View Article 
 Google Scholar 


## 17.
P. Cook, "An Architectural Overview of the Speakeasy System", IEEE JSAC, April 1999.
View Article 
 Google Scholar 

## 18.
Bose et al., "Virtual Radio" in IEEE JSAC on Software Radios, NY:IEEE Press, 1998.
Google Scholar 
## 19.
K Feher, Wireless Digital Communications, Upper Saddle River, NJ:Prentice Hall, 1995.
Google Scholar 
## 20.
[online] Available: www.bluetooth.com.
## 21.
Operational Requirements Document (ORD) For The Joint Tactical Radio (JTR), Washington, 

DC:US DoD, 1997.
Google Scholar 
## 22.
Piezo Resonators…, EE Times, Jan 1997.
Google Scholar 
## 23.
A. Pisano, MEMS Principal Investigator's Meeting, Jan 99.
Google Scholar 
## 24.
P. Franzon, Low-Power High-Performance MEMS-basedSwitch Fabric, North Carolina State University, 1999, [online] Available: www.ncsu.edu.
Google Scholar 

## 25.
J. Evans et al., "The Rapidly Deployable Radio Network", IEEE JSAC, April 99.
View Article 
 Google Scholar 

## 26.
J. Mitola, Software Radio Architecture, NY:Wiley Interscience, 2000.
CrossRef  Google Scholar 

## 27.
Wireless Applications Protocol, [online] Available: www.wapforum.org.
Google Scholar 
## 28.
[online] Available: http://java.sun.com.
## 29.
T. Mowbray and R. Zahavi, The Essential CORBA, NY:John Wiley and Sons, 1995.
Google Scholar 
## 30.
J. Mitola, "Cognitive Radio for Flexible Mobile Multimedia Communications", Proceedings of the Mobile Multimedia Communications Workshop, Nov 99.