By Thomas Bräunl
ISBN-10: 3662050994
ISBN-13: 9783662050996
ISBN-10: 366205101X
ISBN-13: 9783662051016
This ebook offers a special exam of cellular robots and embedded structures, from introductory to intermediate point. it really is dependent in 3 components, facing Embedded structures (hardware and software program layout, actuators, sensors, PID keep watch over, multitasking), cellular robotic layout (driving, balancing, jogging, and flying robots), and cellular robotic purposes (mapping, robotic football, genetic algorithms, neural networks, behavior-based platforms, and simulation). The e-book is written as a textual content for classes in laptop technology, computing device engineering, IT, digital engineering, and mechatronics, in addition to a advisor for robotic hobbyists and researchers.
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Extra info for Embedded Robotics: Mobile Robot Design and Applications with Embedded Systems
Example text
All the necessary parameters for the different remote control types have to be defined in the HDT before any valid code will be displayed. This test is very useful to find out which code each button of the remote control will deliver upon calling the IRTVPressed function, so these codes can be used in the software. If any of these tests shows an unsatisfactory result, then the parameters in the corresponding HDT structure should be checked first and modified where appropriate before any conclusions about the hardware status are drawn.
The implementation used in RoBIOS is "threads" instead of "processes" for efficiency reasons. Threads are "lightweight processes" in the sense that they share the same memory address range. That way, task switching for threads is much faster than for processes. In this chapter, we will look at cooperative and preemptive multitasking as well as synchronization via semaphores and timer interrupts. We will use the expressions "multitasking" and "process" synonymously for "multithreading" and "thread", since the difference is only in the implementation and transparent to the application program.
Rewriting a corrupted flash-ROM. Debugging When debugging an assembly program, the program first has to be loaded in memory using the button sequence Usr /Ld on the controller. Then, the BD32 debugger is started and the CPU execution is halted with the command STOP. The user program is now located at the hex address $20000 and can be viewed with the dis-assemble debugger command: dasm $20000 To go through a program step by step, use the following commands: window on br $20a44 s t Continuously display registers and memory contents.