![]() ![]() Arbitrary long longĭivisions and floating point are not allowed. Portions of the C standard are not supported. The kernel is a freestanding CĮnvironment, with no reliance on the standard C library, so some While itĪdheres to the ISO C89 standard, it uses a number of extensions that are The kernel is written using GNU C and the GNU toolchain. “C: A Reference Manual” by Harbison and Steele. ![]() “Practical C Programming” by Steve Oualline.“The C Programming Language” by Kernighan and Ritchie. ![]() These skills are highly desirable not only for developing operating systems, virtualization infrastructures, and RTOSes, but also for application software development. In addition, they will learn the differences between designing, implementing, and debugging application-level and system-level software. Students exposed to this course will learn how to program the Linux kernel, implement new, or modify existing kernel subsystems, how to performance-optimize kernel modules and subsystems by exploiting various time/space tradeoffs, and will build experience in working with a large-scale open-source project. ![]() Moreover, courses that are based on Unix often teach how to interact with the kernel, but not the mechanisms implemented within it. This is not sufficient for students to obtain a deeper understanding of Linux, and be able to implement non-trivial components (e.g., new virtual memory managers file systems schedulers). Courses in operating systems, similarly, teach smaller kernels or focus on only a few subsystems of the Linux kernel. Courses in embedded systems usually do not cover Linux kernel internals smaller operating systems are taught instead. Linux kernel skills are highly useful for a software engineer, especially those involved with systems software, but also for a hardware engineer to test new features or devices.Ĭurrently, the Computer Engineering curriculum does not cover this topic. Due to its diverse properties, many industrial projects are based on Linux (e.g., Google Android) and much of systems software research is conducted on Linux. The Linux kernel is one of the most advanced (and heavily optimized) operating system kernels with wide acceptance in the industry, and is used on a wide spectrum of computer hardware, from embedded devices to servers, and from portable devices to HPC platforms. ECE 1004 - Introduction to ECE Concepts (3C)ĮCE 2054 - Applied Electrical Theory (3C)ĮCE 2164 - Exploration of the Space Environment (3C)ĮCE 2514 - Computational Engineering (3C)ĮCE 2524 - Introduction to UNIX for Engineers (2C)ĮCE 2544 - Fundamentals of Digital Systems (3C)ĮCE 2804 - Integrated Design Project (2C)ĮCE 3074 - AC Circuit Analysis Laboratory (1C)ĮCE 3104 - Introduction to Space Systems and Technologies (3C)ĮCE 3134 - Introduction to Optoelectronics (3C)ĮCE 3154 - Space Systems - Design and Validation (2C)ĮCE 3174 - Optolectronics Laboratory (1C)ĮCE 3214 - Semiconductor Device Fundamentals (3C)ĮCE 3274 - Electronic Circuits Laboratory II (1C)ĮCE 3304 - Introduction to Power Systems (3C)ĮCE 3354 - Electric Power Engineering Laboratory (1C)ĮCE 3504 - Principles of Computer Architecture (3C)ĮCE 3514 - Data Structures and Algorithms (3C)ĮCE 3524 - Introduction to Unix for ECE (2C)ĮCE 3604 - Introduction to RF & Microwave Engineering (3C)ĮCE 3614 - Introduction to Communication Systems (3C)ĮCE 3704 - Continuous and Discrete System Theory (3C)ĮCE 3714 - Introduction to Control Systems (3C)ĮCE 4104 - Microwave and RF Engineering (3C)ĮCE 4154 - Space Weather: The Solar Wind and Magnetosphere (3C)ĮCE 4164 - Introduction to Global Positioning System (GPS) Theory and Design (4C)ĮCE 4174- Upper Atmosphere / Ionosphere Space WeatherĮCE 4194 - Engineering Principles of Remote Sensing (3C)ĮCE 4205 - Electronic Circuit Design (3C)ĮCE 4206 - Electronic Circuit Design (3C)ĮCE 4220 - Analog Integrated Circuit Design (3C)ĮCE 4244 - Intermediate Semiconductor Processing Laboratory (3C)ĮCE 4284 - Power Electronics Laboratory (1C)ĮCE 4314 - Electric Energy Distribution SystemsĮCE 4334 - Power System Analysis and Control (3C)ĮCE 4444 - Technological Singularity (3C)ĮCE 4454 - Multimedia Signal Processing (3C)ĮCE 4520 - Digital and Mixed Signal System Testing and Testable Design (3C)ĮCE 4524 - Artificial Intelligence and Engineering Applications (4C)ĮCE 4525 - Video Game Design and Engineering (3C)ĮCE 4526 - Video Game Design and Engineering (3C)ĮCE 4530 - Hardware-Software Codesign (3C)ĮCE 4554 - Introduction to Computer Vision (3C)ĮCE 4560 - Computer and Network Security Fundamentals (3C)ĮCE 4564 - Network Application Design (3C)ĮCE 4570 - Wireless Networks and Mobile Systems (3C)ĮCE 4574 - Large-Scale Software Development for Engineering Systems (3C)ĮCE 4614 - Telecommunication Networks (3C)ĮCE 4624 - Digital Signal Processing & Filter Design (3C)ĮCE 4664 - Analog & Digital Communications Laboratory (1C)ĮCE 4675 - Radio Engineering Laboratory (1C)ĮCE 4704 - Principles of Robotic Systems (3C) ![]()
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