201. | Functional Programming Languages and the Pursuit of Laziness with Dr. Simon Peyton Jones | 232 | |
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202. | Towards Programmable Matter | 231 | |
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203. | CRISPR.ML - Machine learning meets gene editing | 229 | |
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204. | Fireside Chat with Michael Jordan | 225 | |
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205. | Strategy Rules: Five Timeless Lessons from Bill Gates, Andy Grove, and Steve Jobs | 223 | |
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206. | Tech Showcase: Project Kinect for Azure depth sensor technology | 222 | Vlog |
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207. | Microsoft Translator live feature in action | 221 | |
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208. | How does Batch Normalization Help Optimization? | 221 | Let's Play |
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209. | The Joy of X: A Guided Tour of Math, From One to Infinity | 218 | |
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210. | Adversarial Machine Learning | 217 | |
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211. | Unlock deeper learning with the new Microsoft Cognitive Toolkit | 217 | |
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212. | Keynote: Inside Microsoft Azure Datacenter Architecture | 214 | |
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213. | Improving the Halo 5 multiplayer experience | 213 | |
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214. | A discussion with Sankar Das Sarma and Chetan Nayak | 213 | Discussion |
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215. | Policy Gradient Methods: Tutorial and New Frontiers | 213 | Tutorial |
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216. | Fourier Feature Networks and Neural Volume Rendering | 211 | |
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217. | NeuroSAT: Learning a SAT Solver from Single-Bit Supervision | 209 | |
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218. | Discover the new Microsoft Translator | 208 | |
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219. | Topological Data Analysis: potential applications to computer vision | 208 | Vlog |
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220. | What are the prospects for automatic theorem proving? | 206 | |
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221. | Beamatron | 203 | |
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222. | Project Silica 2022 | 203 | |
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223. | FastNeRF: High-Fidelity Neural Rendering at 200FPS [Condensed] | 202 | |
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224. | How to Write a Great Research Paper | 202 | Guide |
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225. | Microsoft introduces Fetch! | 200 | |
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226. | Symposium: Deep Learning - Alex Graves | 198 | |
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227. | The Blessings of Multiple Causes | 196 | |
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228. | Information Geometry | 195 | Guide |
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229. | A Panorama of the Skies - Immersive Art Installation | 193 | |
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230. | Harnessing high-fidelity simulation for autonomous systems through AirSim | 191 | |
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231. | The Idea Factory: Bell Labs And The Great Age of Innovation | 191 | |
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232. | Seeing AI app - Product Channel | 189 | |
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233. | Haptic Links: Bimanual Haptics for virtual reality using variable stiffness Actuation | 189 | Tutorial |
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234. | Working at Microsoft Research Cambridge | 188 | |
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235. | Transforming Computer Interaction with Natural User Interfaces | 187 | |
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236. | Keynote: Model-Based Machine Learning | 187 | |
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237. | Small Deep Neural Networks - Their Advantages, and Their Design | 186 | |
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238. | John Preskill: Quantum information and spacetime (I) | 185 | Guide |
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239. | The Tensor Algebra Compiler | 184 | |
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240. | MSR-IISc AI Seminar Series: GFlowNets and System 2 Deep Learning - Yoshua Bengio | 184 | |
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241. | Shake 'n' Sense | 182 | |
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242. | Mobile Holoportation | 182 | |
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243. | The Infinity Puzzle: Quantum Field Theory and the Hunt for an Orderly Universe | 180 | |
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244. | Microsoft Research sponsors POPL 2021 | 180 | |
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245. | Microsoft Azure Overview | 180 | |
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246. | Deep Learning Approach for Extreme Multi-label Text Classification | 180 | |
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247. | Surround yourself with geniuses | 179 | |
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248. | Behind the Code with Anders Hejlsberg | 177 | |
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249. | Microsoft Translator: License to Translate | 176 | |
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250. | The Human Experiment: Two Years and Twenty Minutes Inside Biosphere 2            | 176 | |
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251. | Differential Privacy - Lecture 1 | 174 | |
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252. | Kinect and sign language translation (90 secs.) | 174 | |
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253. | Debian: Anatomy of An Open Source Project | 173 | |
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254. | Polywell Fusion: Electrostatic Fusion in a Magnetic Cusp | 172 | |
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255. | Microsoft Research Reinforcement Learning Day 2021 | 171 | |
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256. | Demo: A Versatile Controller Concept for Mobile Gaming | 170 | |
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257. | Connectome: How The Brain's Wiring Makes Us Who We Are | 169 | |
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258. | VRoamer: Generating Virtual Reality Experiences While Walking in a Large Unknown Real-World Building | 168 | |
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259. | SimpleFlow: A Non-iterative, Sublinear Optical Flow Algorithm | 167 | |
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260. | Functional Contact Lens Monitors Blood Sugar Without Needles (HD version) | 166 | |
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261. | NIPS: Oral Session 4 - Ilya Sutskever | 165 | |
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262. | Microsoft AI – Everyday, Everywhere, for Everyone | 164 | |
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263. | Deep Multiagent Reinforcement Learning for Partially Observable Parameterized Environments | 164 | |
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264. | Tutorial on Domain Adaptation | 164 | Tutorial |
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265. | Understanding Black-box Predictions via Influence Functions | 163 | |
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266. | The physics of hologram formation in iron doped lithium niobate | 160 | Vlog |
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267. | Microsoft Translator in the Classroom | 160 | | The Classrooms
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268. | Towards Mainstream Brain-Computer Interfaces (BCIs) | 160 | |
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269. | Concurrent Objects - The Art of Multiprocessor Programming - Part 1 | 158 | |
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270. | KinectFusion: Real-time 3D Reconstruction and Interaction Using a Moving Depth Camera | 157 | |
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271. | Foveated 3D Graphics | 157 | |
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272. | The Drunkard's Walk: How Randomness Rules our Lives | 157 | |
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273. | Post-quantum cryptography: Supersingular isogenies for beginners | 157 | |
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274. | Program Synthesis meets Machine Learning | 157 | |
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275. | Active Learning and Annotation | 156 | |
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276. | FastNeRF: High-Fidelity Neural Rendering at 200FPS [Extended] | 156 | |
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277. | Advanced Machine Learning Day 3: Neural Program Synthesis | 155 | |
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278. | From SqueezeNet to SqueezeBERT: Developing Efficient Deep Neural Networks | 155 | |
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279. | Learning to Code: Machine Learning for Program Induction | 155 | |
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280. | Real-Time Non-Rigid Reconstruction Using an RGB-D Camera | 155 | |
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281. | Rigetti Computing Software Demo: Forest | 154 | |
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282. | Microsoft Project Oxford -- Artificial Intelligence APIs for Developers | 154 | |
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283. | RichReview: Blending Ink, Speech, and Gesture to Support Collaborative Document Review | 154 | Review |
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284. | AI in PowerPoint | 154 | |
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285. | Einstein: His Life and Universe | 153 | |
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286. | Probabilistic Machine Learning and AI | 153 | |
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287. | Predicting 3D Volume and Depth from a Single View | 153 | |
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288. | Project Prague demo | 152 | |
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289. | SpaceInk: Making Space for In-Context Annotations | 152 | |
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290. | Developing Bug-Free Machine Learning Systems Using Formal Mathematics | 152 | |
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291. | Bicycle: The History | 151 | |
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292. | The Church-Turing Thesis: Story and Recent Progress | 151 | |
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293. | Memes, Uganda, & Chickens | 151 | |
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294. | The Contextual Bandits Problem: A New, Fast, and Simple Algorithm | 151 | |
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295. | Become a Time Traveler with ChronoZoom | 151 | |
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296. | How Not to Be Wrong: The Power of Mathematical Thinking | 150 | |
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297. | Directions in ML: Latent Stochastic Differential Equations: An Unexplored Model Class | 150 | |
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298. | FarmBeats tracks soil, moisture data 24/7 | 149 | |
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299. | MineRL Competition 2019 | 148 | |
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300. | Gated Graph Sequence Neural Networks | 148 | |
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