Chapter
How to Teach a Machine to Read Handwriting
1:54:17 - 2:04:14 (09:57)
The success of deep learning is due to its ability to break down complex information into simple parts that can be more easily recognized by machines, taking advantage of a machine’s ability to read handwriting by training humans to create human-like characters. However, there is still a lot of research needed to develop a human-machine interface that can read electric impulses naturally in our brain and body.
Clips
The speaker discusses how summarization and misinterpretation can lead to new and potentially better ideas during brainstorming sessions.
1:54:17 - 1:56:33 (02:15)
Summary
The speaker discusses how summarization and misinterpretation can lead to new and potentially better ideas during brainstorming sessions.
ChapterHow to Teach a Machine to Read Handwriting
Episode#113 – Manolis Kellis: Human Genome and Evolutionary Dynamics
PodcastLex Fridman Podcast
This episode explores the future of human-computer interaction and deep learning, discussing how we can train humans to create machine-readable characters and how the first human brain interfaces will trick individuals into speaking in machine language.
1:56:33 - 2:00:52 (04:19)
Summary
This episode explores the future of human-computer interaction and deep learning, discussing how we can train humans to create machine-readable characters and how the first human brain interfaces will trick individuals into speaking in machine language.
ChapterHow to Teach a Machine to Read Handwriting
Episode#113 – Manolis Kellis: Human Genome and Evolutionary Dynamics
PodcastLex Fridman Podcast
This podcast episode discusses how the human brain processes movement and how thinking about the effect rather than the muscle twitching is what ultimately leads to movement.
2:00:52 - 2:02:30 (01:37)
Summary
This podcast episode discusses how the human brain processes movement and how thinking about the effect rather than the muscle twitching is what ultimately leads to movement.
ChapterHow to Teach a Machine to Read Handwriting
Episode#113 – Manolis Kellis: Human Genome and Evolutionary Dynamics
PodcastLex Fridman Podcast
Human-machine interfaces are inevitable if we figure out how to read electric impulses that control our body, brain, thoughts, vocal cords, and limbs.
2:02:30 - 2:04:14 (01:44)
Summary
Human-machine interfaces are inevitable if we figure out how to read electric impulses that control our body, brain, thoughts, vocal cords, and limbs. Our brain can co-opt other parts of the brain to control different body functions after a catastrophic accident and retrain itself to walk, read, play, speak a language, etc.