Upgrade to Pro
— share decks privately, control downloads, hide ads and more …
Speaker Deck
Sign up for free
Menu
Search
Features
All features
Private URLs
Password Protection
Custom URLS
Scheduled publishing
Remove Branding
Restrict embedding
Deck Collections
Notes
Features
All features
Private URLs
Password Protection
Custom URLS
Scheduled publishing
Remove Branding
Restrict embedding
Deck Collections
Notes
Explore
Featured decks
Featured speakers
Programming
Technology
Storyboards
Explore
Featured decks
Featured speakers
Programming
Technology
Storyboards
Pricing
Search
Sign in
Sign up for free
音場再現技術の統一的枠組みと知覚的精度向上
Search
Sponsored
·
Your Podcast. Everywhere. Effortlessly.
Share. Educate. Inspire. Entertain. You do you. We'll handle the rest.
→
NII S. Koyama's Lab
November 23, 2023
Research
790
1
Share
Embed
Copy iframe code
Copy JS code
Copy link
Start on current slide
音場再現技術の統一的枠組みと知覚的精度向上
IEICE/ASJ EA研究会 2023年11月 招待講演スライド
NII S. Koyama's Lab
November 23, 2023
More Decks by NII S. Koyama's Lab
See All by NII S. Koyama's Lab
Spatial Active Noise Control Based onSound Field Interpolation Incorporating Physical Constraints
skoyamalab
0
200
NII S. Koyama's Lab Research Overview AY2026
skoyamalab
0
740
空間音響処理における物理法則に基づく機械学習
skoyamalab
0
370
Neural Spatial Audio Processing for Sound Field Analysis and Control
skoyamalab
0
550
Capturing and Reproducing Spatial Sound: Physics-based Approach to VR/AR audio
skoyamalab
0
170
Physics-Informed Machine Learning For Sound Field Estimation and Control
skoyamalab
0
280
Perceptual Quality Enhancement of Sound Field Synthesis Based on Combination of Pressure and Ampitude Matching
skoyamalab
0
290
Kernel Interpolation of Incident Sound Field in Region Including Scattering Objects
skoyamalab
0
220
Amplitude Matching for Multizone Sound Field Control
skoyamalab
0
370
Other Decks in Research
See All in Research
ros2-perf-multihost: Automated Coordination Framework for Objective Architecture Evaluation in Distributed Systems
takasehideki
0
140
CDCL を用いた MILP の厳密解法
imai448
0
300
L’albédo:levier d’atténuation du changement climatique dans les systèmes fourragers
institutdelelevage
PRO
0
120
Evaluating LLM Reliability Across Facts, Evidence, and Cultures
yukiar
0
200
NLP colloquium: AI Safety Survey
kanekomasahiro
2
1.1k
TESSERA: Temporal Embeddings of Surface Spectra for Earth Representation and Analysis
satai
2
110
[WebDB2026]セレンディピティ指向推薦システム再考 ―セレンディピティの原義・類型・発生過程に基づく設計指針―
recsyslab
PRO
0
190
Adapter les bergeries aux fortes chaleurs
institutdelelevage
PRO
0
120
【Zozo Research 技術共有会】三次元領域の現在と展望
mickey_0226
3
670
適応的スパムフィルタのための軽量な類似メッセージカウンタ / jsai2026-adaptive-spam-filter
monochromegane
0
5.8k
ros2-perf-multihost: 分散システムにおける客観的なアーキテクチャ評価フレームワーク
takasehideki
0
280
JICA QUEST 共創×革新プログラム Impact Report(海ノ向こうコーヒー)
ontheslope
0
790
Featured
See All Featured
16th Malabo Montpellier Forum Presentation
akademiya2063
PRO
0
400
CSS Pre-Processors: Stylus, Less & Sass
bermonpainter
360
31k
The Curse of the Amulet
leimatthew05
3
15k
Become a Pro
speakerdeck
PRO
31
6.3k
Exploring the Power of Turbo Streams & Action Cable | RailsConf2023
kevinliebholz
37
6.6k
Designing for humans not robots
tammielis
254
26k
RailsConf 2023
tenderlove
30
1.6k
Practical Tips for Bootstrapping Information Extraction Pipelines
honnibal
25
2.1k
Utilizing Notion as your number one productivity tool
mfonobong
4
610
Joys of Absence: A Defence of Solitary Play
codingconduct
1
530
The Web Performance Landscape in 2024 [PerfNow 2024]
tammyeverts
12
1.3k
Bridging the Design Gap: How Collaborative Modelling removes blockers to flow between stakeholders and teams @FastFlow conf
baasie
0
720
Transcript
None
➢
▪ ▪ ▪ ▪ ▪ ▪
➢ -0.6 -0.4 -0.2 0 0.2 0.4 x (m) 0
0.2 0.4 0.6 0.8 z (m) -1 -0.5 0 0.5 1 伝播方向とは逆方向の スピーカからも音が出力される
➢ – ➢ –
➢ – ➢ –
None
➢ – – ➢ – – ▪ ▪ ▪ ▪
➢ – ➢ –
➢ : Target region Secondary source • •
➢ ➢ • • • : Target region Secondary source
Control points
➢ ➢
➢
➢
➢
➢
➢
➢
➢ ▪ ▪
➢
➢
➢ ➢
➢ – – ➢ – –
➢ – – – ➢ – – – – ➢
➢ ▪ ▪ ▪
➢
➢ –
➢ – ➢ –
➢ – ▪ ▪
➢ – ➢ –
➢ ➢
➢ – – ➢ : Target region Secondary source
➢
➢ – –
➢ – –
➢ – – – – ➢ – –
➢ – – –
➢
➢ –
➢ – – – – – • • • •
•
➢
➢ – • • – • • •