Training
Profile
There are 130 episodes in total, each episode is about 1 minute. You can learn a lot of basic knowledge of mathematics, robotics, and artificial intelligence in a short time.
Chapters
Chapter 1：Robot-Artificial Intelligence Basics (1) Positioning (2 minutes and 9 seconds)
Chapter 2：Robotics - Basics of Artificial Intelligence (2) Unified Probability Test (36 seconds)
Chapter 3：Robot-Artificial Intelligence Basics (3) Total Probability (4 minutes and 33 seconds)
Chapter 4：Robotics - Basics of Artificial Intelligence (4) Unified Probability Test (35 seconds)
Chapter 5：Robot-Artificial Intelligence Basics (5) Unified Probability Questions and Answers (8 seconds)
Chapter 6：Robot-Artificial Intelligence Basics (6) Uniform Distribution (18 seconds)
Chapter 7：Robot-Artificial Intelligence Basics (7) Answers to Generalized Uniform Distribution (24 seconds)
Chapter 8：Robot-Basics of Artificial Intelligence (8) Probability Illustration (1 minutes and 38 seconds)
Chapter 9：Robot-Artificial Intelligence Basics (9) Probability Answers (13 seconds)
Chapter 10：Robot-Artificial Intelligence Basics (10) Sum Calculation (22 seconds)
Chapter 11：Robot-Artificial Intelligence Basics (11) Sum Calculation Solution (2 seconds)
Chapter 12：Robot-Artificial Intelligence Basics (12) Normal Distribution of Random Term (21 seconds)
Chapter 13：Robot-Artificial Intelligence Basics (13) Answers to Random Normal Distribution (49 seconds)
Chapter 14：Robot-Artificial Intelligence Basics (14) pHit and pMiss (18 seconds)
Chapter 15：Robot-Basics of Artificial Intelligence (15) Answers to pHit and pMiss (15 seconds)
Chapter 16：Robot-Artificial Intelligence Basics (16) Sum of Probabilities (9 seconds)
Chapter 17：Robot-Artificial Intelligence Basics (17) Solution to the sum of probabilities (8 seconds)
Chapter 18：Robot-Basics of Artificial Intelligence (18) Sense Function (1 minutes and 19 seconds)
Chapter 19：Robot-Basics of Artificial Intelligence (19) Solution of Sense Function (46 seconds)
Chapter 20：Robotics - Basics of Artificial Intelligence (20): Normalized Sense Function (14 seconds)
Chapter 21：Robotics - Basics of Artificial Intelligence (21): Solution to Normalized Sense Function (26 seconds)
Chapter 22：Robot-Artificial Intelligence Basics (22): Testing the Sense function (51 seconds)
Chapter 23：Robotics - Basics of Artificial Intelligence (23): Test the solution of the Sense function (21 seconds)
Chapter 24：Robotics - Basics of Artificial Intelligence (24): Multiple Measurements (26 seconds)
Chapter 25：Robotics - Basics of Artificial Intelligence (25): Solution to Multiple Measurements (41 seconds)
You Might Like
Recommended Posts
- [TI star product limited time purchase] + 77G radar
- I wanted to research TI's 77G radar recently, and I saw that EEWORLD was having a discount, so of course I placed an order right away. This time I purchased the version with 1642 development board and
-
ykykyykk
Analogue and Mixed Signal
- How do engineers celebrate Halloween?
- [font=微软雅黑][size=4] I finished my meal at work last night at 8 o'clock. I walked to the subway entrance under the streetlight and saw a few foreign students wearing masks. I was almost scared to my kn
-
eric_wang
Talking
- Serial communication, I don't know what went wrong
- I use the MS Comm control, and there are two windows for receiving data and inputting sending data. The serial debugging assistant can receive the data I send, but my program cannot receive the data s
-
adsl50681
Embedded System
- Surface Wave Filters in RF Circuits
- Radio frequency interference has always been the enemy of wireless communications, requiring designers to take drastic measures to keep it in check. With more and more frequency bands supported in eac
-
btty038
RF/Wirelessly
- [KW41 Competition Work Submission] Intelligent Wire Rope Electromagnetic Nondestructive Testing Sensor
- [i=s]This post was last edited by bjemt on 2017-7-23 22:38[/i] [align=left][font=等线][color=#000000](1) Name of the work: Intelligent electromagnetic non-destructive testing sensor for wire rope[/color
-
bjemt
NXP MCU
- Inductor selection issues
- Hey guys, I have a question about inductor selection. As shown in the figure, after SENSOR_A_CTR3 (the charging circuit is not attached below), LC starts to oscillate, and SENSOR_A_IN directly enters
-
bingdongshijian
Recommended Content
Web users are watching Change
- How do engineers celebrate Halloween?
- Serial communication, I don't know what went wrong
- Surface Wave Filters in RF Circuits
- [KW41 Competition Work Submission] Intelligent Wire Rope Electromagnetic Nondestructive Testing Sensor
- Inductor selection issues
- The story of motor drive integration
- MSP430 interrupt priority and interrupt nesting (and easy to understand error instructions)
- Capture circuit for rising edge (code)
- The lock cylinder of the electric two-wheeler is broken, please help
- How to modify the registry to associate a file with an application?
- STM32 Nucleo User Experience
- Give a suggestion to the ST technical support team
- A collection of posts from the "Show Live" event in May~~
- Could you help me find where the program is wrong?
- Brainstorm and make an awesome MSP430 development board
- Can F2812 use active crystal oscillator?
- My first board
- Help: Download fonts for LPC2138
- Please give me some advice if you have bought something on Arrow
- Generation and Operation of Discrete Signals in DSP
- My entry into electronic technology - the first "wet" single chip microcomputer
- Can the two timers of the PCA simulation of the stc12c4052ad microcontroller be turned off separately?
- I don't understand the serial port interrupt processing function of LPC1114
- What is the function of exposed copper in PCB?
- Selection and calculation of capacitors in power supplies
- Why is the packet sniffer not receiving any data?
- S3C2440 DATASHEET
- Effective way to protect CMOS circuits from power supply overvoltage
- I need your help. I can't download something I need urgently because I don't have enough points. Can someone help me download it? Thank you very much.
- Selection of pull-up resistor value for common communication line
Popular Components
Just Take a Look
Hot Downloads
- ics1893afbf_an
- Object-oriented VxWorks graphics display technology
- The role of a duplexer
- ZX1 Series Cast Iron Resistors
- Journal article: High-quality multi-resolution volume rendering in medicine
- Detailed explanation of factory electrical control circuit examples
- Changhong PF2581DV color TV circuit diagram
- Design of high-speed signal acquisition and storage system based on ARMFPGA
- Design of RS485 bus distributed data acquisition system based on STM32 microcontroller
- Data download scheduling strategy in P2P media distribution network
MoreHot Articles
- Low Power Design of SoC System
- Low-power and high-speed data acquisition system based on DSP
- Research and Design of UART between TMS320VC5402 and PC
- Clock chip interface design for PowerPC and Dallas
- Design and implementation of automatic white balance adjustment system for color TV based on 7110
- Design of CAN bus intelligent node based on ADμC812
- Design of paperless recorder using C51 and plug-in FLASH memory
- EL6249C and its application in MEMS dynamic testing
- Implementation of Dial-up Internet Access Using Microcontroller
- Efficient instruction support for microcontrollers adapting to real-time multitasking
京公网安备 11010802033920号