Tutorialsplanet NET Udemy - Embedded Linux Step by Step using Beaglebone Black

1. 1. Introduction BBB board and SOC/10. Using Teraterm and Putty.mp420.1MB
2. 1. Introduction BBB board and SOC/11. Getting started with BBB and initial Setup.mp416.46MB
3. 1. Introduction BBB board and SOC/12. BBB Web interface.mp480.85MB
4. 1. Introduction BBB board and SOC/2. overview.mp457.56MB
5. 1. Introduction BBB board and SOC/5. Download Course materials.mp424.49MB
6. 1. Introduction BBB board and SOC/6. BeagleBone Black(BBB) Board Introduction.mp418.57MB
7. 1. Introduction BBB board and SOC/9. Using Minicom.mp425.36MB
8. 10. Booting BBB over Serial Port/2. Serial boot - big picture.mp428.48MB
9. 10. Booting BBB over Serial Port/4. Testing Serial boot part 1.mp420.89MB
10. 10. Booting BBB over Serial Port/5. Testing Serial boot part 2.mp425.58MB
11. 11. Booting BBB Over TFTF protocol/2. TFTP boot - big picture.mp49.01MB
12. 11. Booting BBB Over TFTF protocol/4. Testing TFTP boot on BBB.mp442.52MB
13. 12. U-boot/1. Understanding U-boot Source Tree.mp433.47MB
14. 12. U-boot/2. Cross tool-chain installation.mp419.36MB
15. 12. U-boot/3. Configuring and generating SPL,MLO,U-boot images.mp431.71MB
16. 13. Understanding Linux Source Tree/1. ARM architecture related code organization.mp422.44MB
17. 13. Understanding Linux Source Tree/2. ARM Board configuration files organization.mp447.57MB
18. 13. Understanding Linux Source Tree/3. Soc specific driver code organization.mp412.41MB
19. 13. Understanding Linux Source Tree/4. Configuring and generating linux image.mp453.38MB
20. 14. Busybox ( minimalist Root file system )/1. Busybox introduction.mp49.63MB
21. 14. Busybox ( minimalist Root file system )/2. Busybox compilation.mp438.12MB
22. 14. Busybox ( minimalist Root file system )/3. Kernel Modules installation.mp437.14MB
23. 14. Busybox ( minimalist Root file system )/4. Testing boot images and busybox on BBB-Part-1.mp430.11MB
24. 14. Busybox ( minimalist Root file system )/5. Testing boot images and busybox on BBB-Part-2.mp433.2MB
25. 14. Busybox ( minimalist Root file system )/6. Understanding busybox init and rcS Script.mp49.46MB
26. 14. Busybox ( minimalist Root file system )/7. integrating rcS(Startup ) scripts.mp433.11MB
27. 14. Busybox ( minimalist Root file system )/8. Enabling ehternt over usb by driver integration.mp430.77MB
28. 14. Busybox ( minimalist Root file system )/9. Auto loading of drivers during system startup.mp424.81MB
29. 15. Buildroot/1. Buildroot Intro.mp418.33MB
30. 15. Buildroot/2. Exploring buildroot directories and Build commands.mp419.91MB
31. 15. Buildroot/3. Configuring and building Buildroot-Part1.mp417.7MB
32. 15. Buildroot/4. Configuring and building Buildroot-Part2.mp429.44MB
33. 15. Buildroot/5. Testing buildroot RFS and ssh support on BBB.mp429.85MB
34. 15. Buildroot/6. Buildroot Linux and U-boot configurations.mp434.76MB
35. 15. Buildroot/7. Buildroot linux-uboot image generation and testing on BBB.mp425.34MB
36. 16. Eclipse setup for BBB/3. Installing Eclipse+Cross Tool chain+build tools.mp428.49MB
37. 16. Eclipse setup for BBB/4. Eclipse project creation and build settings.mp420.16MB
38. 16. Eclipse setup for BBB/5. Installing Remote System Explorer and Testing Application.mp426.75MB
39. 16. Eclipse setup for BBB/6. Importing Eclipse Projects.mp415.81MB
40. 17. AM335X pin details, gpios and SYSFS control/1. AM335x GPIO subsystem and expansion header details part 1.mp466.3MB
41. 17. AM335X pin details, gpios and SYSFS control/2. AM335x GPIO Subsystem and expansion header details part 2.mp423.95MB
42. 17. AM335X pin details, gpios and SYSFS control/3. BBB GPIOs and Mode configuration registers.mp430.96MB
43. 17. AM335X pin details, gpios and SYSFS control/4. Exploring Pin details using SYSFS entries -Part-1.mp448.84MB
44. 17. AM335X pin details, gpios and SYSFS control/5. Exploring Pin details using SYSFS entries-Part-2.mp420.3MB
45. 17. AM335X pin details, gpios and SYSFS control/6. Controlling USER LEDs using SYSFS entries-Part 1.mp445.63MB
46. 17. AM335X pin details, gpios and SYSFS control/7. Controlling USER LEDs using SYSFS entries-Part 2.mp411.62MB
47. 17. AM335X pin details, gpios and SYSFS control/8. Controlling user LEDs using ‘C’ Application Part 1.mp442.46MB
48. 17. AM335X pin details, gpios and SYSFS control/9. Controlling user LEDs using ‘C’ Application-part2.mp420.94MB
49. 18. External LED interfacing/1. Interfacing external LED-Part-1.mp432.42MB
50. 18. External LED interfacing/2. Interfacing external LED-part2.mp441.44MB
51. 19. 7 Segment LED interfacing/1. 7-Segment Display basics and Interfacing.mp418.06MB
52. 19. 7 Segment LED interfacing/2. 7-Segment Display basics and Interfacing contd..mp415.9MB
53. 19. 7 Segment LED interfacing/3. 7segment display up-down counter implementation-1.mp454.66MB
54. 19. 7 Segment LED interfacing/4. 7segment display up-down counter implementation-2.mp434.97MB
55. 2. AM335x Functional block Overview/1. AM335x Functional block Overview Part 1.mp451.24MB
56. 2. AM335x Functional block Overview/2. AM335x Functional block Overview Part 2.mp435.39MB
57. 20. 4 digit 7 segment LED interfacing/1. 4 digit 7 segment LED Counter implementation.mp435.59MB
58. 21. MPU6050 Interfacing and Tilt sensing application/1. Why Accelerometers are used .mp417.82MB
59. 21. MPU6050 Interfacing and Tilt sensing application/10. MPU6050 Raw read Source code explanation-Part2.mp429.34MB
60. 21. MPU6050 Interfacing and Tilt sensing application/11. Testing MPU6050 Raw read application on BBB.mp437.58MB
61. 21. MPU6050 Interfacing and Tilt sensing application/12. Measuring Tilt Angle of the object part 1.mp434.54MB
62. 21. MPU6050 Interfacing and Tilt sensing application/13. Measuring Tilt angle of the object Part 2.mp421.79MB
63. 21. MPU6050 Interfacing and Tilt sensing application/2. Why Gyroscope sensors are used .mp427.51MB
64. 21. MPU6050 Interfacing and Tilt sensing application/3. MPU6050 Introduction.mp414.57MB
65. 21. MPU6050 Interfacing and Tilt sensing application/4. Understanding MPU6050 ACC full scale range.mp417.11MB
66. 21. MPU6050 Interfacing and Tilt sensing application/5. converting raw Acc value in to g values.mp45.68MB
67. 21. MPU6050 Interfacing and Tilt sensing application/6. Understanding MPU6050 Gyro Full Scale range.mp415.62MB
68. 21. MPU6050 Interfacing and Tilt sensing application/7. MPU6050 breakout board details.mp410.78MB
69. 21. MPU6050 Interfacing and Tilt sensing application/8. Deciding BBB I2C pins for sensor interfacing.mp429.59MB
70. 21. MPU6050 Interfacing and Tilt sensing application/9. MPU6050 Raw read Source code explanation-Part1.mp460.09MB
71. 22. 16x2 LCD interfacing/1. LCD Introduction.mp45.01MB
72. 22. 16x2 LCD interfacing/2. 16x2 LCD pin details.mp422.3MB
73. 22. 16x2 LCD interfacing/3. HD44780 LCD controller Internal Details.mp416.53MB
74. 22. 16x2 LCD interfacing/4. Understanding DDRAM, CGRAM,CDROM.mp416.82MB
75. 22. 16x2 LCD interfacing/5. Understanding LCD command sets -Part1.mp453.89MB
76. 22. 16x2 LCD interfacing/6. Understanding LCD command sets -Part2.mp455.59MB
77. 22. 16x2 LCD interfacing/7. Connecting BBB and LCD.mp49.95MB
78. 3. Beaglebone Linux booting Process/1. What do we need to successfully boot linux on BBB .mp410.54MB
79. 3. Beaglebone Linux booting Process/10. Decoding U-boot Header of uImage Manually.mp422.18MB
80. 3. Beaglebone Linux booting Process/11. Linux boot sequence discussion-Boot strap loader part 1.mp430.26MB
81. 3. Beaglebone Linux booting Process/12. linux boot sequence discussion-Boot strap loader-part 2.mp428.38MB
82. 3. Beaglebone Linux booting Process/13. linux boot sequence discussion - Kernel Entry.mp414.39MB
83. 3. Beaglebone Linux booting Process/14. Linux boot sequence discussion - launch of 'INIT'.mp429.31MB
84. 3. Beaglebone Linux booting Process/3. BBB Linux boot sequence discussion ROM and SPL.mp422.22MB
85. 3. Beaglebone Linux booting Process/4. BBB Linux boot sequence discussion-MLOSPL job.mp411.24MB
86. 3. Beaglebone Linux booting Process/6. Booting RBL and MLO on BBB.mp441MB
87. 3. Beaglebone Linux booting Process/7. Testing MLO image on BBB.mp427.58MB
88. 3. Beaglebone Linux booting Process/8. Testing U-boot image on BBB.mp411.69MB
89. 3. Beaglebone Linux booting Process/9. BBB Linux boot sequence discussion-uboot.mp445.43MB
90. 4. BBB eMMC update ( windows host )/1. eMMC booting - big picture.mp49.37MB
91. 4. BBB eMMC update ( windows host )/2. eMMC update-Downloading latest OS image.mp416.91MB
92. 4. BBB eMMC update ( windows host )/3. eMMC update-Flashing new OS image.mp427.53MB
93. 4. BBB eMMC update ( windows host )/4. eMMC update-Networking Configuration.mp427.83MB
94. 5. BBB eMMC update ( Ubuntu host )/1. BBB eMMC flashing.mp428.04MB
95. 5. BBB eMMC update ( Ubuntu host )/2. Enabling Internet on BBB when host is Ubuntu.mp438.97MB
96. 6. Angstrom Linux on BBB/1. Running Angstrom Linux on BBB.mp46.99MB
97. 7. Linux Device Tree/1. Why Linux device tree is introduced .mp422.75MB
98. 8. uEnv.txt and Initramfs/1. Writing uEnv.txt file from scratch part 1.mp443.9MB
99. 8. uEnv.txt and Initramfs/2. Writing uEnv.txt file from scratch part 2.mp432.75MB
100. 8. uEnv.txt and Initramfs/3. Writing uEnv.txt file from scratch part 3.mp443.42MB
101. 8. uEnv.txt and Initramfs/4. Writing uEnv.txt file from scratch part 4.mp418.65MB
102. 8. uEnv.txt and Initramfs/5. Writing uEnv.txt file from scratch part 5.mp443.3MB
103. 9. Installing “Ubuntu-16” on virtual box/1. Installing “Ubuntu-16” on virtual box –Part 1.mp427.32MB
104. 9. Installing “Ubuntu-16” on virtual box/2. Installing “Ubuntu-16” on virtual box –Part 2.mp417.61MB
105. 9. Installing “Ubuntu-16” on virtual box/3. communicating with BBB.mp424.14MB