Performance evaluation on interference-resistance of a multi-Gbps WPAN 60GHz system (無線通信システム)

スポンサーリンク

概要

• 論文の詳細を見る

• This paper presents the performance evaluation of a multi-Gbps 60GHz single carrier wireless personal area network (WPAN) system in the presence of adjacent channel interference (ACI). ACI is generated by spectral-regrowth from spectrum bands occupying adjacent channels. The presence of ACI significantly compromises system performance. In this paper, it is found that the signal modulation type changes the tolerance of the system against ACI. Additionally, radio frequency (RF) component impairment such as power amplifier (PA) non-linearity is a major factor affecting the generation of ACI. For a quadrature-phase-shift-keying (QPSK) system, a 0.5dB signal to noise ratio (SNR) degradation is observed with ACI=15dB, whereas for a 16-quadrature amplitude modulation (QAM) system, the same degradation is observed with ACI as low as 5dB. With the presence of ACI=0dB in a 16-QAM system, the employment of an RF 60GHz PA with output back-off (OBO)=5dB outperforms 2dB over that with OBO=3dB. For a modulation with constant envelope such as π/2-binary phase shift keying (BPSK) system, error floor for bit error rate (BER) is not observed until ACI extends beyond 25dB. It is also found that phase noise significantly degrades system performance especially that of the 16-QAM by causing error floor at ACI as low as 0dB.

• 社団法人電子情報通信学会の論文
• 2008-02-27

著者

• SUM Chin-Sean

  National Institute of Information and Communications Technology (NICT)

• RAHMAN Mohammad

  National Institute of Information and Communications Technology (NICT)

• BAYKAS Tuncer

  National Institute of Information and Communications Technology (NICT)

• WANG Junyi

  National Institute of Information and Communications Technology (NICT)

• FUNADA Ryuhei

  National Institute of Information and Communications Technology (NICT)

• HARADA Hiroshi

  National Institute of Information and Communications Technology (NICT)

• KATO Shuzo

  National Institute of Information and Communications Technology (NICT)

• Sum Chin

  National Institute of Information and Communications Technology (NICT)

• Sum Chin‐sean

  National Institute Of Information And Communications Technology (nict)

• ベイカス トンジュール

  National Institute Of Information And Communications Technology (nict)

• Baykas Tuncer

  Nict

• Funada Ryuhei

  National Inst. Information And Communications Technol. (nict) Kanagawa Jpn

• Funada Ryuhei

  Graduate School Of Science And Engineering Chuo University

• LEI Ming

  National Institute of Information and Communications Technology (NICT)

• NISHIGUCHI Yoshinori

  National Institute of Information and Communications Technology (NICT)

• KIMURA Ryota

  National Institute of Information and Communications Technology (NICT)

• SHOJI Yozo

  National Institute of Information and Communications Technology (NICT)

• Lei Ming

  Ubiquitous Mobile Communications Group (UMCG) National Institute of Information and Communications T

• Rahman M.

  Ubiquitous Mobile Communications Group (UMCG) National Institute of Information and Communications T

• Nishiguchi Yoshinori

  Ubiquitous Mobile Communications Group (UMCG) National Institute of Information and Communications T

• Kimura Ryota

  Ubiquitous Mobile Communications Group (UMCG) National Institute of Information and Communications T

• Shoji Yozo

  Ubiquitous Mobile Communications Group (UMCG) National Institute of Information and Communications T

• 荘司 洋三

  独立行政法人情報通信研究機構

• 荘司 洋三

  情報通信研究機構 鹿島宇宙技術センター

• Rahman M.

  National Institute Of Information And Communications Technology(nict)

• Rahman Mohammad

  National Inst. Information And Communications Technol. (nict) Yokosuka Jpn

• Kato Shuzo

  Tohoku Univ. Sendai Jpn

• Wang Junyi

  National Institute Of Information And Communications Technology

• Baykas Tuncer

  National Institute Of Information And Communications Technology(nict) New Generation Wireless Commun

• Kato Shuzo

  National Institute Of Information And Communications Technology

• Baykas Tuncer

  National Inst. Of Information And Communications Technol. (nict) Yokosuka Jpn

• Harada Hiroshi

  National Inst. Of Information And Communications Technol. (nict) Kanagawa Jpn

• 雷 鳴

  独立行政法人情報通信研究機構

• 西口 嘉紀

  独立行政法人情報通信研究機構

• Sum Chin‐sean

  独立行政法人情報通信研究機構

• Rahman M.

  New Generation Wireless Communications Research Center National Institute Of Information And Communi

• Shoji Yozo

  National Inst. Information And Communications Technol. Tokyo Jpn

• Rahman Azizur

  National Institute Of Information And Communications Technology(nict)

• Harada Hiroshi

  National Insitute Of Information And Communication Technology

関連論文

• A scalable heuristic scheduling technique for STDMA-based millimeter-wave WPAN system with directional antennas (無線通信システム)
• Cross layer design of a wireless communication system in TV white space (無線通信システム)
• BP-3-2 PHY Design for IEEE802.15.3c WPAN
• IEEE802.15.3c WPAN用物理層設計(移動通信ワークショップ)
• Intersystem coexistence and cooperation mechanism for IEEE802.15.3c millimeter-wave WPAN (無線通信システム)
• Achieving Gbps throughput for millimeter-wave WPAN with an anti-blocking scheme using deflection routing (無線通信システム)
• Throughput and Error Analysis of a Space-Time Resource Management Scheme for Multi-Gbps Millimeter-Wave WPAN System
• IEEE802.15.3c OFDM PHYにおける変調・誤り訂正方式(移動通信ワークショップ)
• 超高速ミリ波通信における広帯域通信システム中のビームコートボックの設計と性能の評価(移動通信ワークショップ)
• An Interference Model for Millimeter-wave WPAN with Directional Antennas
• BP-3-6 Intersystem Coexistence and Cooperation for IEEE 802.15.3c Millimeter-wave WPAN
• Distributed piconet controlling for WPANs (無線通信システム)
• Millimeter wave (60GHz) wireless PAN standardization activities (無線通信システム)
• Robust single carrier millimeter wave system design (無線通信システム)
• Error Analysis of Hybrid DS-Multiband-UWB Multiple Access System in the Presence of Narrowband Interference
• A throughput enhancement scheme for a millimeter-wave Gbps WPAN cross layer design (無線通信システム)
• Performance and throughput evaluation of a multi-Gbps millimeter-wave WPAN system in the presence of adjacent and co-channel interference (無線通信システム)
• A modified preamble design for IEEE802.15.3c (無線通信システム)
• Performance evaluation on interference-resistance of a multi-Gbps WPAN 60GHz system (無線通信システム)
• Performance of various short-length structured LDPC codes for 60-GHz WPAN (無線通信システム)
• Cognitive interference mitigation techniques for pulsed-multiband DS-UWB system (ソフトウェア無線)
• Header performance improvement via RAKE reception in 60GHZ WPAN system (無線通信システム)
• Effect of Beacon Design to WPAN Throughput
• BP-3-5 Robust Millimeter Wave System Design
• Theoretical ACI modeling for single-carrier millimeter-wave WPAN (無線通信システム)
• A Simple Exact Error Rate Analysis for DS-CDMA with Arbitrary Pulse Shape in Flat Nakagami Fading
• Exact Error Rate Analysis for Pulsed DS- and Hybrid DS/TH-CDMA in Nakagami Fading
• Error Analysis for Ultra-Wideband DS-and Hybrid DS/TH-CDMA with Arbitrary Chip-Duty(Papers Selected from 2005 International Technical Conference on Circuits/Systems, Computers and Communications (ITC-CSCC 2005))
• Error Performance of DS-CDMA over Multipath Channel Using Selective Rake Receiver(Wide Band Systems)
• On Rake Reception of Ultra Wideband Signals over Multipath Channels from Energy Capture Perspective(RAKE Receiver, Ultra Wideband Systems)
• Evaluation of Selective Rake Receiver in Direct Sequence Ultra Wideband Communications(Mobile Communication)(Multi-dimensional Mobile Information Networks)
• BP-3-1 ミリ波(60GHz)標準化(IEEE802.15.3c)動向(BP-3.IEEEで標準化が進むミリ通信システムと技術・装置開発,ソサイエティ企画)
• AWGNおよびマルチパス環境におけるDS-UWB信号のRake受信におけるジッタの影響について(移動通信ワークショップ)
• AWGN およびマルチパス環境における DS-UWB 信号の Rake 受信におけるジッタの影響について(移動通信ワークショップ)
• AWGNおよびマルチパス環境におけるDS-UWB信号の Rake 受信におけるジッタの影響について
• Cross Layer Design of a Wireless Communication System in TV White Space
• Coexistence protocols and algorithm for heterogeneous networks
• Beamforming Based Coexistence Algorithm for Coupled Heterogeneous Networks on TVWS
• Coexistence Among Secondary Networks In TVWS
• A Coexistence Algorithm for Tightly Coupled WLAN and WRAN on TVWS bands
• Optimization of transmit power and time slot for multiple secondary users in cognitive radio system (ソフトウェア無線)
• On the coexistence of cognitive radio systems (ソフトウェア無線)
• マルチパス環境におけるハイブリッドDS-マルチバンドUWBシステムの多元接続性能について(信号処理,スペクトル拡散,及び一般)
• A-5-35 DS-UWBにおけるオーバーサンプリングを用いた選択Rake受信の特性評価(A-5.ワイドバンドシステム,一般講演)
• DS-UWBシステム用Rake受信機における量子化の影響(UWB, ワイドバンドシステム一般)
• DS-UWB伝送におけるRake合成法に関する一検討(符号化・変復調技術及び一般)
• A-5-13 DS-UWBにおける選択Rake受信の特性評価(A-5. ワイドバンドシステム, 基礎・境界)
• マルチパスレイリーフェージング通信路におけるRake受信を用いたDS-CDMAの性能評価(移動通信ワークショップ)
• AWGNおよびマルチパス環境におけるDS-UWB信号のRake受信におけるジッタの影響について(移動通信ワークショップ)
• マルチパスレイリーフェージング通信路におけるRake受信を用いたDS-CDMAの性能評価(移動通信ワークショップ)
• マルチパスレイリーフェージング通信路における Rake 受信を用いた DS-CDMA の性能評価(移動通信ワークショップ)
• Impact of Chip Duty Factor on DS, TH and DS-TH UWB Systems in Realistic Environment
• A study on media access scheme for distributed spectrum sensing (ソフトウェア無線)
• Coexistence manager of heterogeneous TVWS networks (ソフトウェア無線)
• Whitespace sensing database for cognitive radio systems (ソフトウェア無線)
• Error Probability of MRC in Frequency Selective Nakagami Fading in the Presence of CCI and ACI
• Throughput and Error Analysis of a Space-Time Resource Management Scheme for Multi-Gbps Millimeter-Wave WPAN System
• On the investigation of MAC protocols for distributed sensing (ソフトウェア無線)
• Cross Layer Approach of Distributed Spectrum Sensing
• B-8-26 Coordination of Cognitive Pilot Channel and Auxiliary Control Channel for Spectrum Sensing
• B-8-17 Dual-Purpose Multiband Spectrum Sensor
• B-8-18 Cognitive Radio Sensing Architecture and Applications
• Error Analysis of Hybrid DS-Multiband-UWB Multiple Access System in the Presence of Narrowband Interference
• Auxiliary Control Channel for Spectrum Sensing in Cognitive Radio Systems
• Transmission schemes of cognitive radio system with power control over Rayleigh fading (ソフトウェア無線)
• Invited paper: Spectrum sensing for cognitive radio systems: technical aspects and standardization activities (part 1) (ソフトウェア無線)
• Invited paper: Spectrum sensing for cognitive radio systems: technical aspects and standardization activities (part 2) (ソフトウェア無線)
• IEEE P1900.6 standardization activities and NICT's contributions: spectrum sensing in advanced radio systems (ソフトウェア無線)
• IEEE 802.11af standardization activities: TV white space security issues (ソフトウェア無線)
• On the efficiency of Dynamic Frequency Selection based coexistence mechanisms for TV White Space enabled cognitive networks in Japan (ソフトウェア無線)
• Impact of Chip Duty Factor on DS, TH and DS-TH UWB Systems in Realistic Environment
• Prioritized Aggregation for Compressed Video Streaming on mmWave WPAN Systems
• On Communication and Interference Range of Multi-Gbps Millimeter-Wave WPAN System
• Enhanced Media Access Scheme for Distributed Spectrum Sensing
• Coexistence of Dynamic Spectrum Access Based Heterogeneous Networks
• IEEE 802.11af Standardization Activities: TV White Space Security Issues
• On the evaluation of the control mechanism for client devices in P802.11af (ソフトウェア無線)
• Introduction to IEEE SCC41 White Space Radio group (ソフトウェア無線)
• Standardization activities of IEEE 802.19 Task Group 1: wireless coexistence in the TV White Space (ソフトウェア無線)
• On the Efficiency of Dynamic Frequency Selection Based Coexistence Mechanisms for TV White Space Enabled Cognitive Networks in Japan
• Television white space (TVWS) geo-location database access by personal portable device (ソフトウェア無線)
• A Feasible Neighbor Discovery Algorithm for Coexistence Control System Over TVWS
• Coexistence Protocol Design for Autonomous Decision-Making Systems in TV White Space
• WiFi in TVWS-An Overview of IEEE 802.11af (ソフトウェア無線)
• BS-3-41 Homogeneous Coexistence for Smart Utility Networks(BS-3. Management and Control Technologies for Innovative Networks)
• B-8-9 TVWS Device Location Information and Geolocation Database
• A Low-Energy Synchronization Mechanism for Smart Utility Networks Operating in TV White Space
• A resource allocation algorithm for WLAN and WRAN system coexistence in TVWS
• Coexistence of Secondary User Networks under Primary User Constraints in TV White Space
• 高度電波監理技術を用いたスマートユーティリティネットワーク(コグニティブ無線ネットワーク,クロスレイヤ技術)
• Interference Mitigation Capability of a Low Duty DS-Multiband-UWB System in Realistic Environment
• Coexistence of TVWS Secondary Networks via Optimum and Sub-optimum Power Selection Strategies
• Available channels determination and white space DB query method (ソフトウェア無線)
• A Distributed Sensing and Caching Database for Cognitive Radio Systems
• Hidden Node due to Multiple Transmission Power Level for White Space Radio Operating in the TV Bands
• A Low-Energy Synchronization Mechanism for Smart utility Networks Operating in TV White Space
• The Impact of Sub-Band Spreading Bandwidth on DS-MB-UWB System over Multipath and Narrowband Interference
• Design of the Start-Frame-Delimiter Pair for 802.15 Smart Utility Network System
• Hidden Node due to Multiple Transmission Power Level for White Space Radio Operating in the TV Bands

もっと見る 閉じる

スポンサーリンク