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DEEP LEARNING JP
[DL Papers]
http://deeplearning.jp/
Self-Motivated Communication Agent for
Real-World Vision-Dialog Navigation
発表者: 阿久澤圭 (松尾研D3)
書誌情報
• タイトル:Self-Motivated Communication Agent for Real-World
Vision-Dialog Navigation
• 著者:Yi Zhu, Yue Weng, Fengda Zhu, Xiaodan Liang, Qixiang Ye,
Yutong Lu, Jianbin Jiao
• Sun Yat-sen University, Noah s Ark Lab, Huawei Technologies, 他
• 発表:ICCV2021
• 概要:アノテーションなしで自問自答を行うナビゲーションエージェント
背景
• Vision-Dialog Navigation(VDN):
• 対話履歴を訓練データとして利用するナビゲーション
• エージェントの目的:特定の物体(ターゲット)へ到達
• 対話履歴(Dialog):
• クラウドソーシングによって収集された訓練データ
• ターゲットへの道筋を知るAnswerと,ナビゲーション
を行うQuestionerの二人の人間が協調して作成
背景
• VDNの既存研究:会話履歴の訓練データを様々な方法で利用する
• [Thomason+2020] 会話履歴をsequence-to-sequenceの方策への入力に利用
• [Roman+2020] 会話履歴で言語モデルを事前訓練 -> 各時刻ごとに会話を生成
• [Nguyen+2019] 決められた領域にエージェントが移動するとオラクルからヒントが貰える
• VDNの既存研究の限界:
• オラクルとのコミュニケーションが柔軟でない(例:事前に定義した場所でのみ質問できる
• 高価な対話アノテーションを必要とする
関連研究:Cooperative Vision-and-Dialog Navigation Dataset
(CVDN) [Thomason+2020]
• CVDN:人間の対話を元にしたナビゲー
ションデータセット
• クラウドソーシングにより作成
• 目的:ナビゲーションにおいてエージェ
ントと人間の協調を扱う
• c.f. Vison-and-language
navigation:対話=協調を扱わない
• 限界:対話の内容や対話の行われる位置
が限られている
関連研究:HANNA [Nguyen+2019]
• HANNA:特定の位置にいくと,オラクルがサブタスク(現在地とゴールまでの中間地点へ向かう
言語指示)を教えてくれるシミュレータ環境
• 限界:特定の位置でしかオラクルとのコミュニケーションを行えない,シミュレータの作成コスト
研究目的・提案内容など
• 目的:
• 適応的にコミュニケーションを取るエージェントを開発したい
• 人手によるアノテーションはなるべく減らしたい
• 提案:オラクルに対して,いつ,どのような質問を行うかを学習するエージェント
• 質問文:有益なフィードバックを得るための自然言語による質問
• WeTAモジュール:オラクルへの質問の有無を選択
• WaTAモジュール:オラクルへの質問内容を決定
• 学習方法:リッチな対話履歴を利用せずに学習(発表者的見解:self-supervised)
問題設定
• Notation:
• ターゲット :ナビゲーションのゴールに相当する物体
• 観測 :N個の方角についての画像特徴量(Resnetの中間層の出力)
• アクション :視野内のノードへの移動
• 学習:強化学習(RL) + 模倣学習(IL)
• つまり,エキスパートの軌道も得られるし,シミュレータ内でのRLも可能
t0
Xt = {xi,t}N=36
i=1
at
提案手法:全体像
① Wether To Ask (WeTA):質問をするかどうかの判定
② What To Ask (WaTA):質問内容の決定
③ Action Decoder:ナビゲーションのための移動位置を決定する方策
① ②
③
提案手法:全体像
① Wether To Ask (WeTA):質問をするかどうかの判定
② What To Ask (WaTA):質問内容の決定
③ Action Decoder:ナビゲーションのための移動位置を決定する方策
① ②
③
Whether to Ask
• 入力:現在の状態 (過去の画像観測と
ターゲットなどの埋め込み)
• 出力:質問を行うかどうかのBinary
• 教師データ:アクションのエントロピー
=> アクションの不確実性が高いと質問
• 目的関数:
ht
bt
yt = onehot([H(pa
t ) < ϵ]+)
argminπϕ
LWeTA(bt, yt; πϕ) = − 𝔼yt
[log bt]
提案手法:全体像
① Wether To Ask (WeTA):質問をするかどうかの判定
② What To Ask (WaTA):質問内容の決定
③ Action Decoder:ナビゲーションのための移動位置を決定する方策
① ②
③
What to Ask: 質問候補生成
• 前提:エージェントは様々な方角について合計N=36個の画像観測を持つ
• 観測
• 訓練するモデル: を入力に,質問文 を出力するエンコーダーデコーダーモデル
• Ground Truthの質問文の作り方:
• 手順1:各画像観測 にobject localization networkを適用
=> 物体名[Obj]と方角[Dir]を取得
• 手順2:テンプレートを元にN個の質問候補を生成
• e.g., Shoaled I go [Dir] to the [Obj]?
Xt = {xi,t}N
i=1
xi,t ci,t
xi,t
What to Ask:質問候補からの選択
• N個の質問候補について,どれを実際に利用するかのスコアベクトル を算出
• Language Information: 質問候補の埋め込み とターゲット埋め込み の相関
• Vision Information: 質問候補の埋め込み と画像観測 の相関
aQ
t
Dt t̃0
Dt xt,i ∈ Xt
What to Ask:回答文について
• 回答スコアベクトル :N個の質問候補について,yesかnoかで答える
• 計算方法:未来の観測情報と質問文の類似度の計算
• 例えば, Shoaled I go [Dir] to the [Obj]? の質問が正しいかどうか
は,未来の観測を見ればわかるはず
aA
t
What to Ask:学習
• 質問スコアベクトルと回答スコアベクトルのKL距離最小化
• 学習初期は,回答スコアベクトルが教師となる
• 学習後は,質問スコアベクトルが,各質問の確信度を表現する
提案手法:全体像
① Wether To Ask (WeTA):質問をするかどうかの判定
② What To Ask (WaTA):質問内容の決定
③ Action Decoder:ナビゲーションのための移動位置を決定する方策
① ②
③
Where to Go
• 方策の入力:履歴 , アクション ,観測 ,移動可能な位置
• 履歴:質問スコアが最も高い質問文の特徴量 を利用して更新
ht at−1 Xt Xt
dt,i
最適化
• 強化学習と模倣学習を組み合わせて行う
• 模倣学習:WeTA, WaTA, ナビゲーション方策の訓練
• 強化学習:WeTA, ナビゲーション方策の訓練
実験
• データセット:CVDN + REVERIE
• どちらも室内でのナビゲーション
• CVDNでは対話履歴,REVERIEでは言語指示が与えられる
• 評価指標:
• Goal Progress :ゴールに向けて何m近づいたか
• Success Rate:タスクの達成率
Ablation Study: WeTA
• Non-learning Agentとの比較:
=> WeTAを学習する方が良い
• Learning Agent間の比較:
=> 提案アーキテクチャが良い
Ablation Study: WaTA
• ベースラインRMM:質問文をエンコーダー・デコーダーで生成
• テンプレートを使った提案手法の方が性能がよい
Ablation Study: WeTA and WaTA
• WeTAやWaTAを学習しない場合の性能への影響
質問文の正しさ
• 訓練済みモデルでは,62.4%の質問文が,ターゲットへの方向とマッチ
他手法との比較:CVDN
• 下3つはDialogを利用した手法
• 提案手法は,Dialogを利用しない(ターゲットの情報しか使わない)にもかかわ
らず同程度の精度
他手法との比較:REVERIE
• 既存手法は言語指示を
利用
• 提案手法はtargetのみ
を利用
• 提案手法が最も良い
定性評価
• ナビゲーションの各時刻で,質問を行う確率と報酬
• 「報酬が低い -> 質問を行う -> 報酬が高くなる」というサイクルを確認
定性評価
• 赤線がエージェントの経路
• 途中で重要な質問をいくつか
している
まとめ
• 提案:人手によるアノテーションに依存せず,いつ,どのようなコミュニケーションをと
るかを適応的に決定するエージェント
• 結果:対話履歴データなしで学習し,ターゲットのみを利用するにもかかわらず,対話履
歴データなどを利用したベースライン手法と同程度の性能を達成した
• 発表者の感想:
• 「Vision-and-language + アクション(または時系列)」が得られるような状況で自
己教師あり学習をどう行うべきかという点について,示唆が得られる内容だと感じた
• 提案手法では方策への入力に「最もスコアの高い質問文」を利用している,つまり自問
自答の結果を利用している.他人の回答を利用するような拡張が面白そうだと感じた
参考文献
• JesseThomason, MichaelMurray, MayaCakmak, and Luke Zettlemoyer. Vision-and-
dialog navigation. In Proceedings of the Conference on Robot Learning (CoRL),
pages 394‒406, 2020.
• Homero Roman, Yonatan Bisk, Jesse Thomason, Asli Celikyilmaz, and Jianfeng Gao.
Rmm: A recursive mental model for dialog navigation. In Proceedings of the
Confer- ence on Empirical Methods in Natural Language Processing (EMNLP),
pages 1732‒1745, 2020
• Khanh Nguyen and Hal Daumé III. Help, anna! visual navigation with natural
multimodal assistance via retrospective curiosity-encouraging imitation learning. In
Proceedings of the Conference on Empirical Methods in Natural Language
Processing (EMNLP), pages 684‒695, 2019.

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