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１ 構成と基礎理論 |
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１−１ 基本構成 |
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１−１−１ システムモデル |
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１−１−１−１ MIMO システムモデル |
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１−１−１−２ 固有値表現 |
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１−１−１−３ 広帯域信号モデル |
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１−１−２ MIMO 情報伝送の基本構成 |
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１−１−２−１ チャネル情報 (CSI:Channel State Information) による分類 |
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１−１−３ CSI が送信側で既知の伝送モード |
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１−１−３−１ 重み付き空間分割多重伝送 |
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１−１−３−２ 固有ビーム空間分割多重伝送 |
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１−２ キャパシティ |
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１−２−１ チャネルモデル |
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１−２−１−１ レイリーフェージングモデル |
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１−２−１−２ 有相関チャネル |
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１−２−２ ＣＳＩ によるキャパシティ |
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１−２−２−１ Capacity (Channel unknown to transmitter） |
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１−２−２−２ Capacity (Channel known to transmitter) |
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１−２−３ Random チャネルキャパシティ |
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１−２−３−１ Ergodic Capacity |
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１−２−３−２ Outage Capacity |
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１−２−４ 伝搬環境の影響 |
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１−２−４−１ 周波数選択性フェージング |
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１−２−４−２ アンテナ相関による影響 |
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１−２−４−３ Key Hole Effect |
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１−３ 通信品質 |
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１−３−１ Error Rate |
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１−３−１−１ Symbol Error rate (SER) |
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１−３−１−２ Pairwise Error Probability (PEP) |
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１−３−１−３ BER Performance using Channel Matrix Eigenvalue |
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２ 周辺要素技術 |
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２−１ 伝送技術 |
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２−１−１ 変復調・多重 |
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２−１−１−１ SDM と SM |
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２−１−１−２ CDMA |
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２−１−１−３ OFDM |
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２−１−１−４ MC-CDMA |
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２−２ リンクアダプテーション |
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２−２−１ 適応変復調 |
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２−２−１−１ レートマッチング |
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２−２−２ 電力配分 |
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２−２−２−１ Water Filling Principal（注水定理） |
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２−３ チャネル推定・等化技術 |
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２−３−１ チャネル推定技術 |
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２−３−１−１ M 系列と Hadamard 系列相関 |
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２−３−１−２ M アルゴリズム |
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２−３−１−３ 適応形系列推定 (Viterbi) アルゴリズム |
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２−３−１−４ MLSE |
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２−３−１−５ DFSE |
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２−３−１−６ Per-Survivor Processing
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２−３−１−７ ブラインド方式 |
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２−３−２ チャネル等化技術 |
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２−３−２−１ 線形等化 |
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２−３−２−２ 非線形等化 |
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２−４ 誤り制御技術 |
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２−４−１ 誤り訂正技術 |
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２−４−１−１ トレリス符号 |
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２−４−１−２ トレリス符号化変調 (TCM) |
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２−４−１−３ Low Density Parity Check (LDPC) |
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２−４−１−４ ターボ符号 |
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２−４−１−５ Maximum A Posteriori (MAP) algorithm |
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２−４−１−６ Soft Output Viterbi Algorithm (SOVA) |
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２−４−１−７ Log-MAP アルゴリズム |
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２−４−１−８ パンクチャード・ターボ符号 |
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２−４−２ 誤り検出・再送制御技術 |
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２−４−２−１ Hybrid-ARQ |
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２−５ 干渉キャンセル技術 |
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２−５−１ レプリカ生成型 |
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２−５−１−１ Parallel Interference Canceller |
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２−５−２ 最尤系列推定型 |
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２−５−２−１ RLS-MLSE 適応干渉キャンセラ |
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２−５−３ 符号化 |
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２−５−３−１ Dirty Paper Coding |
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２−５−３−２ トレリス符号化同一チャネル干渉波キャンセラ (TCC) |
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２−６ アレー信号処理技術 |
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２−６−１ ビーム制御 |
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２−６−１−１ Constrained Power Minimization (CPM) |
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２−６−１−２ Constant Modulus Algorithm (CMA) |
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２−６−２ 到来波方向推定 (DoA) |
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２−６−２−１ ESPRIT |
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２−６−２−２ MUSIC |
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２−６−２−３ SAGE アルゴリズム |
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２−６−２−４ 部分空間追跡法 |
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２−７ ダイバーシチ技術 |
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２−７−１ 時間・空間・周波数 |
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２−７−１−１ Delay diversity |
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２−７−１−２ 空間ダイバーシチ |
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２−７−１−３ 周波数オフセット送信ダイバーシチ |
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２−８ 行列演算 |
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２−８−１ ユニタリ行列 |
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２−８−１−１ QR 分解 |
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２−８−１−２ ユニタリ変換 |
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| ３ 実現基盤技術 |
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３−１ 並列伝送技術 |
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３−１−１ Layered Space Time Architecture |
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３−１−１−１ H-LST |
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３−１−１−２ D-LST Encoding |
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３−１−１−３ D-LST Decoding |
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３−１−１−４ V-LST Encoding |
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３−１−１−５ V-LST Decoding |
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３−１−１−６ Threaded-LST |
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３−１−１−７ Wrapped-LST |
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３−２ 時空間符号化伝送技術 |
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３−２−１ Space Time Block Code (STBC) |
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３−２−１−１ Alamouti scheme |
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３−２−１−２ Parallel Transmission with STBC |
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３−２−１−３ Orthogonal STBC |
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３−２−１−４ Differential STBC Encoding |
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３−２−１−５ Differential STBC Decoding |
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３−２−１−６ Unitary Space-Time Modulation |
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３−２−１−７ Unitary Group Codes |
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３−２−１−８ Algebra of Unitary STC |
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３−２−１−９ Space Time D-block codes |
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３−２−２ Space Time Trellis Code |
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３−２−２−１ Original STTC（設計規範） |
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３−２−２−２ Original STTC（符号化限界と QPSK の例） |
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３−２−２−３ Multiple STTC |
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３−２−２−４ A New Space Time Multiple Trellis Coded Modulation Scheme |
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３−２−２−５ Improved Codes for Space-Time Trellis-Coded Modulation |
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３−２−２−６ Binary rank Criterion (Z4 Stacking Constructions) |
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３−２−２−７ Binary Rank Criterion (Dyadic Construction) |
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３−２−２−８ SCTCM Systems with in-line Interleavers |
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３−２−３ Space Frequency Code |
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３−２−３−１ SFBC-OFDM |
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３−２−３−２ Space Frequncy Coded Broadband OFDM Systems |
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３−２−３−３ High-rate Space Frequency Code for MIMO-OFDM |
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３−２−３−４ Space-Time Frequency Coding |
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３−３ ハイブリッド伝送技術 |
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３−３−１ 誤り訂正技術との組み合わせ |
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３−３−１−１ Recursive STTC |
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３−３−１−２ Serial Concatenation with STBC and "Turbo"TCM |
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３−３−１−３ Concatenation Codes on Recursive STTC |
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３−３−１−４ Full Rate Space-Time Turbo Codes using Parallel Concatenation |
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３−３−１−５ Turbo-BLAST |
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３−３−１−６ LDPC 符号との組み合わせ |
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３−３−１−７ Space-Time Bit-Interleaved Coded Modulation (ST-BICM) |
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３−３−１−８ STBC Concatenated with Trellis Coded Modulation (STBC-TCM) |
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３−３−１−９ MMSE-PSP decoding for W-LST |
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３−３−１−１０ LDPC Modifide Weighted Bit Flipping 復号アルゴリズム |
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３−３−２ アレー信号処理技術との組み合わせ |
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３−３−２−１ Pre/Post Filter 最適化 |
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３−３−２−２ Optimal Designs for Space-Time Linear Precoders and Decoders |
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３−３−２−３ Linear Precoder and Decoder Design |
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３−３−２−４ CSI が送信側で既知の場合の最適送信制御 |
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３−３−２−５ Multiuser Downlink Beamforming |
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３−３−２−６ CSI を有しない送信機での Beamforming ウェイト制御法 |
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３−３−３ リンクアダプテーション技術との組み合わせ |
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３−３−３−１ Closed-loop V-LST (C-LST) |
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３−３−３−２ Adaptive modulation for MIMO-OFDM |
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３−３−３−３ Rate and Power adaptation per Antenna |
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３−３−３−４ Adaptive coding by Selection of STBC |
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３−３−３−５ Antenna Selection Scheme for STTC-OFDM |
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３−３−３−６ BER 最小基準による伝送レート制御 |
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３−４ 信号検出・復号技術 |
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３−４−１ 空間フィルタリング |
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３−４−１−１ Zero Forcing (ZF) |
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３−４−１−２ Minimum Mean Squared Error (MMSE) |
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３−４−１−３ Nulling and Cancelling (BLAST) |
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３−４−１−４ Square root BLAST |
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３−４−１−５ OSD(Ordered Successive Detection) 順序付け逐次復号 (V-BLAST) |
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３−４−１−６ OSD(Ordered Successive Detection)-DFE |
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３−４−２ 最尤検出 |
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３−４−２−１ Maximum Likelihood Detection (MLD) |
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３−４−２−２ QR 分解による演算規模削除 |
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３−４−２−３ MIMO-OFDM 最尤受信方式 |
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３−４−２−４ BD(Bi-directional)-QRM-MILD 法 |
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３−４−２−５ Adaptive Selection Algorithm in QRM-MLD |
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３−４−２−６ Sphere Decoding (VB algorithm) |
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３−４−２−７ Sphere Decoding (VB algorithm の改良） |
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３−４−２−８ Sphere decoding (Modification of the Schnorr- Euchner enumeration) |
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３−４−２−９ ソート付き QR 分解と Dijkstra のアルゴリズム |
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３−４−２−１０ Iterative Tree Search Detection |
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３−４−２−１１ Korkine-Zolotareff (KZ) Reduction based Closest Point Search |
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３−４−２−１２ Partial Maximum Likelihood (PML) Receiver |
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３−４−２−１３ Chase Decoding |
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３−４−３ Iterative Receiver |
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３−４−３−１ Iterative Receiver For Multiuser STBC Systems |
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３−４−３−２ Iterative Receiver For Multiuser STTC Systems |
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３−４−３−３ Coded original V-LST |
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３−４−３−４ Coded V-LST |
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３−４−３−５ Iterative Soft Interference Cancellation (I-SIC) |
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３−４−３−６ Iterative Receiver on the Turbo processing |
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３−４−３−７ Iterative Adaptive Soft Parallel Interference Canceller |
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３−４−３−８ Varying Interleave Patterns with Iterative Decoding |
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３−４−４ MIMO 信号・チャネル推定 |
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３−４−４−１ EM アルゴリスムを用いたチャネル推定及び送信信号検出の簡略化 |
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３−４−４−２ SAGE アルゴリズムを用いた通信路推定 |
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３−４−４−３ Simplified SAGE Algorithm with Tracking the Channel |
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３−４−４−４ Iterative Channel Estimation for MIMO-OFDM |
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３−４−４−５ Vector Quantization (VQ) |
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３−４−４−６ Joint Decoding and Channel Estimation |
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３−４−４−７ Pilot-Symbol aided Channel Estimation |
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３−４−４−８ Joint Frequency Offset Estimation and Interferece Cancellation |
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３−４−４−９ MIMO-OFDM Channel Estimation based on Parametric Channel Model |
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３−４−４−１０ 準リアルタイム伝搬測定システム |
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３−５ 広帯域伝送・マルチユーザ技術 |
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３−５−１ 広帯域伝送 |
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３−５−１−１ MIMO-OFDM |
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３−５−１−２ Spatio-Temporal Vector Coding (DMMT-STVC) |
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３−５−１−３ 空間直交 MIMO |
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３−５−１−４ Original LDC (Linear Dispersion Coding) |
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３−５−１−５ Optimal (Frame based) LDC |
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３−５−１−６ Orthogonal Design Approach LDC |
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３−５−１−７ Constellation Randomization (CoRa) |
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３−５−１−８ MIMO OFDM Receiver (Turbo ICI Cancellation) |
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３−５−１−９ サブキャリア位相ホッピング MIMO-OFDM |
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３−５−２ マルチユーザ (MIMO-MU) |
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３−５−２−１ PIC による CDMA-MUD |
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３−５−２−２ Space-Time Turbo Equalization |
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３−５−２−３ リニアプロセッシング
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３−５−２−４ Dirty-Paper Coding (Zero-Forcing） |
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３−５−２−５ Dirty-Paper Coding QR 分解 |
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３−５−２−６ Greedy Zero Forcing-Dirty Paper Coding (Greedy ZF-DPC) |
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３−５−２−７ Vector-Perturbation Technique (Vector Precoding) |
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３−５−２−８ Combining Beamforming with Alamouti Scheme |
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３−５−２−９ Random Beamforming |
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| ４ 標準化 |
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４−１ Beyond IMT-2000 |
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４−１−１ 3rd Generation Partnership Project |
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４−１−１−１ Per-Antenna Rate Control (PARC) |
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４−１−１−２ Selective Per-Antenna Rate Control (S-PARC) |
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４−１−１−３ Per Unitary basis stream User and Rate Control (PU2RC) |
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４−１−１−４ Double Space Time Transmit Diversity with Sub-Group Rate Control (DSTTD-SGRC) |
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４−１−１−５ Rate Control-Multi-Path Diversity (RC-MPD) |
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４−１−１−６ Closed Loop MIMO with 4 Tx and 2 Rx antennas |
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４−１−１−７ Transmit Antenna Array (Double TxAA) |
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４−１−１−８ Tx Power Ration Control for Code-Domain-Successive Interferen CancellationMIMO
(TPRC for CD-SIC MIMO) |
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４−１−１−９ 3GPP チャネルモデル |
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４−２ Wireless LAN |
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４−２−１ 802.11n |
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４−２−１−１ TGn Sync (SDM of 2 Spatial Streams) |
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４−２−１−２ TGn Sync (BF-MIMO) |
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４−２−１−３ WWiSE |
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４−２−１−４ Spatial Spreading (SS) |
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４−２−１−５ Eigenbeam Steering (ES) |
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| ５ 装置化 |
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５−１ デバイス |
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５−１−１ ベースバンド系 |
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５−１−１−１ 28.8 Mb/s 4/spl times/4 MIMO HSDPA receiver |
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５−１−１−２ Silicon complexity for ML Detection |
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５−１−１−３ Synchronization for MIMO OFDM Systems |
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５−１−１−４ ソフトウェア無線指向 MIMO 信号処理ハードウェア |
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５−１−１−５ IEEE 802.11a/g 準拠 MIMO 無線 LAN チップ |
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５−１−１−６ MIMO FPGA シミュレータ |
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５−１−２ RF 系 |
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５−１−２−１ Antenna Subset Selection |
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５−１−２−２ PAPR 低減-Selective Mapping (SLM) Approach |
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５−１−２−３ PAPR 低減-Peak Windowing |
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５−１−２−４ Three Orthogonal Polarization Antenna |
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５−２ 装置・システム |
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５−２−１ IMT-2000 |
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５−２−１−１ Space Time Spreading |
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５−２−１−２ STTD と TSTD |
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５−２−１−３ WCDMA MIMO System |
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５−２−１−４ Space Time signal processing and MIMO Systems |
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５−２−１−５ STCM の IS-136 への適用 |
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５−２−１−６ HSDPA MIMO Multiuser Detection Testbed |
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５−２−１−７ SDM-COFDM 技術 |
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５−２−１−８ Interleaved Sub-Carrier Allocation |
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５−２−１−９ Cooperative Communication |
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５−２−２ Wireless LAN ・ Wireless WAN |
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５−２−２−１ Wireless LAN への適用 |
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５−２−２−２ MIMO-OFDM Testbed |
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５−２−２−３ Channel and Frequency Offset Estimation |
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５−２−２−４ MIMO-OFDM Software Defined Radio |
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５−２−２−５ Multiple-Antenna Technology in 802.16e Systems |
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５−２−３ 応用例 |
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５−２−３−１ Multihop wireless networks |
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５−２−３−２ UWB MIMO System |
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５−２−３−３ 光無線 MIMO (OMIMO) |
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| 技術対応表 １章 |
| 技術対応表 ２章 |
| 技術対応表 ３章 |
| 技術対応表 ４章 |
| 技術対応表 ５章 |
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