The Cross Bar Switch is a fundamental concept in computer architecture, crucial for enabling efficient communication between multiple processors and memory modules in shared memory multiprocessor systems. It acts as a high-speed network that allows these components to exchange data. While early designs like the crossbar switch were fast, they were also very expensive. This led to the development of more cost-effective solutions like Multi-stage Inter-connection Networks (MINs). This program module likely explores the design, operation, and trade-offs of crossbar switches.
This program delves into the architecture and functionality of crossbar switches, a key component in parallel computing systems. You will learn how data is transferred between processors and memory, how conflicts are managed, and the advantages and disadvantages of this switching fabric.
Understanding the principles behind crossbar switches is crucial for careers in high-performance computing, network design, and advanced computer architecture. Graduates are well-prepared for roles in technology development and research.
Specific requirements may vary depending on the graduate program. Please refer to the Laney Graduate School admissions page for details.
Emory is committed to making education affordable. For eligible undergraduate families earning less than $200,000, tuition may be waived starting Fall 2026. Financial aid is available for students of all levels.
Emory University is accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC). Specific program accreditations may vary.
You need an undergraduate degree in Computer Science or a related field with a minimum GPA of 3.0 or equivalent. Specific program requirements may vary, so please check the Laney Graduate School admissions page.
International applicants generally need a TOEFL score of 80 or an IELTS score of 6.5. Please confirm the exact score with the specific program details.
Tuition varies by school and program. Please consult the university's Fees page for specific details regarding tuition for international students.
The programme content is structured into Year 1, suggesting a typical one-year duration for Master's level study. However, specific program length can vary.
Graduates can pursue careers as Computer Architects, Hardware Engineers, Network Engineers, Systems Designers, or Research Scientists in areas like high-performance computing and advanced computer architecture.
You need to prepare documents like transcripts, recommendations, and a statement of purpose, then complete the online application. The application period typically opens in late summer/early fall, with deadlines varying by program, often between December and February for Fall admission.