CS 400 Level Course Wiki

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CMSC4XX Course Information (view source)

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Welcome to the CMSC400 Level Wiki. At this point you should have already completed the following requirements: MATH140, MATH141, CMSC131, CMSC132, CMSC216, CMSC250, CMSC330, CMSC351, STAT4XX and MATH/AMSC/STATXXX requirements.
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Welcome to the CMSC400 Level Wiki. At this point you should have already completed the following requirements: MATH140, MATH141, CMSC131, CMSC132, CMSC216, CMSC250, CMSC330, CMSC351, STAT4XX and MATH/AMSC/STATXXX requirements.<br>
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Here you will find currently available information on course offerings for Spring 2017. Students ready for 400 level courses should be sure to review this information prior to coming in for their mandatory advising appointments.<br />
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If you are unsure of what requirements you have completed, or need to complete, please check U.Achieve prior to your advising appointment. This will help you choose courses for the upcoming semester(s). Please remember to be on time for your mandatory advising meeting so that you are not asked to reschedule. Coming prepared for this meeting will make the whole process a lot smoother. <br>
    
Students are granted permission for <u>2 CMSC courses</u> during their mandatory advising session. Permissions for a 3rd CMSC course are not guaranteed. If you have any questions or concerns, feel free to e-mail us at [mailto:ugrad@cs.umd.edu ugrad@cs.umd.edu].
 
Students are granted permission for <u>2 CMSC courses</u> during their mandatory advising session. Permissions for a 3rd CMSC course are not guaranteed. If you have any questions or concerns, feel free to e-mail us at [mailto:ugrad@cs.umd.edu ugrad@cs.umd.edu].
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This wiki is to help you better understand that 400 level course offerings this upcoming semester. We have attempted to provide as much information as possible to assist you in making informed decisions about your future coursework. Students ready for 400 level courses should be sure to review this information prior to coming in for their mandatory advising appointments.<br />
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== Specializations ==
 
== Specializations ==
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Within Computer Science students can specialize in general Computer Science, Cybersecurity, or Data Science. Different concentrations require different CMSC4XX courses.
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Within Computer Science students can specialize in general Computer Science, Cybersecurity, or Data Science. Different concentrations require different CMSC4XX courses. Be sure to consult your advisor with any questions you have about the required coursework for your concentration.
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=== General Computer Science Track ===
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=== General Computer Science ===
 
At the upper level, students take five (5) 400 level courses from at least three different areas with no more than two courses in a given area. An additional two (2) electives, totaling 6 credits, for the general computer science degree are also required. If students take more than two courses from an area, the additional courses will be counted as upper level computer science electives. Students can also count one credit winter courses towards the elective requirement, as well as independent research or study with a faculty member, and other courses at the 300 or 400 level, including special topics courses.
 
At the upper level, students take five (5) 400 level courses from at least three different areas with no more than two courses in a given area. An additional two (2) electives, totaling 6 credits, for the general computer science degree are also required. If students take more than two courses from an area, the additional courses will be counted as upper level computer science electives. Students can also count one credit winter courses towards the elective requirement, as well as independent research or study with a faculty member, and other courses at the 300 or 400 level, including special topics courses.
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Students are required to take: CMSC320, CMSC422, CMSC424, and STAT400. Students must choose one course from: CMSC402, CMSC420, CMSC421, CMSC423, CMSC425, CMSC426, and CMSC427. Students must choose one course from CMSC451 and CMSC460. Students must also choose two courses from: CMSC411, CMSC412, CMSC414, CMSC417, CMSC430, CMSC433, CMSC434, and CMSC435.
 
Students are required to take: CMSC320, CMSC422, CMSC424, and STAT400. Students must choose one course from: CMSC402, CMSC420, CMSC421, CMSC423, CMSC425, CMSC426, and CMSC427. Students must choose one course from CMSC451 and CMSC460. Students must also choose two courses from: CMSC411, CMSC412, CMSC414, CMSC417, CMSC430, CMSC433, CMSC434, and CMSC435.
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== Spring 2017 Course Offerings ==
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== Course Offerings ==
 
=== Area 1: Systems ===
 
=== Area 1: Systems ===
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{| style="border:none; border-spacing: 5px 2px;"
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{| style="border:none;"
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| [[CMSC411]] ||| 0101/0201 | Michelle Hugue
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| [[CMSC411_-_Computer_Systems_Architecture|CMSC411]] ||| Computer Systems Architecture
 
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|-
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| [[CMSC412]] ||| 0101/0102 | Jeffrey Hollingsworth
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| [[CMSC412_-_Operating_Systems|CMSC412]] ||| Operating Systems
 
|-
 
|-
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| [[CMSC414]] ||| 0101/0201 | A.U. Shankar
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| [[CMSC414_-_Computer_and_Network_Security|CMSC414]] ||| Computer and Network Security
 
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|-
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| style="vertical-align:top;" | [[CMSC417]]||| 0101 | Xiehua Li
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| [[CMSC417_-_Computer_Networks|CMSC417]] ||| Computer Networks
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0201 | Samrat Bhattacharjee
   
|}
 
|}
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== Area 2: Information Processing ==
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=== Area 2: Information Processing ===
 
{| style="border:none;"
 
{| style="border:none;"
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| style="vertical-align:top;" | [[CMSC420]] ||| 0101 | Michelle Hugue
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| [[CMSC420_-_Data_Structures|CMSC420]] ||| Data Structures
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0201 | Larry Davis
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|-
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| [[CMSC421_-_Introduction_to_Artificial_Intelligence|CMSC421]] ||| Introduction to Artificial Intelligence
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|-
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| [[CMSC422_-_Introduction_to_Machine_Learning|CMSC422]] ||| Introduction to Machine Learning
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|-
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| [[CMSC423_-_Bioinformatic_Algorithms,_Databases,_and_Tools|CMSC423]] ||| Bioinformatic Algorithms, Databases, and Tools
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|-
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| [[CMSC424|CMSC424]] ||| Database Design
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|-
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| [[CMSC426|CMSC426]] ||| Computer Vision
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|-
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| [[CMSC427_-_Computer_Graphics|CMSC427]] ||| Computer Graphics
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|}
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0301 | Venkatramanan Subrahmanian
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=== Area 3: Software Engineering and Programming Languages ===
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{| style="border:none;"
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| [[CMSC430_-_Introduction_to_Compilers|CMSC430]] ||| Introduction to Compilers
 
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| [[CMSC421]] ||| 0101 | Marine Carpuat
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| [[CMSC433_-_Programming_Language_Technologies_and_Paradigms|CMSC433]] ||| Programming Language Technologies and Paradigms
 
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| [[CMSC422]] ||| 0101 | A.U. Shankar
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| [[CMSC434_-_Introduction_to_Human-Computer_Interaction|CMSC434]] ||| Introduction to Human-Computer Interaction
 
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| [[CMSC423]] ||| 0101 | Hector Corrada Bravo
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| [[CMSC435_-_Software_Engineering|CMSC435]] ||| Software Engineering
 
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| style="vertical-align:top;" | [[CMSC424]] ||| 0101 | Nicholas Roussopoulos
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| [[CMSC436_-_Programming_Handheld_Systems|CMSC436]] ||| Programming Handheld Systems
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0201 | Peter Keleher
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|}
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=== Area 4: Theory ===
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{| style="border:none;"
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| [[CMSC451_-_Design_and_Analysis_of_Computer_Algorithms|CMSC451]] ||| Design and Analysis of Computer Algorithms
 
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| [[CMSC425]] ||| 0101 | David Mount
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| [[CMSC452_-_Elementary_Theory_of_Computation|CMSC452]] ||| Elementary Theory of Computation
 
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|-
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| [[CMSC426]] ||| 0101 | David Jacobs
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| [[CMSC456_-_Cryptology|CMSC456]] ||| Cryptology
 
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| [[CMSC427]] ||| 0101 | Zia Khan
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| [[CMSC457_-_Introduction_to_Quantum_Computing|CMSC457]] ||| Introduction to Quantum Computing
 
|}
 
|}
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== Area 3: Software Engineering and Programming Languages ==
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=== Area 5: Numerical Analysis ===
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*[[CMSC430]] Jeff Foster
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{| style="border:none;"
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*[[CMSC433]] Rance Cleaveland
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| [[CMSC460_-_Computational_Methods|CMSC460]] ||| Computational Methods
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*[[CMSC434]] Jon Froehlich
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|-
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*[[CMSC435]] James Purtilo
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| [[CMSC466_-_Introduction_to_Numerical_Analysis_I|CMSC466]] ||| Introduction to Numerical Analysis
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*[[CMSC436]] Adam Porter
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|}
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== Area 4: Theory ==
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=== Electives ===
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*[[CMSC451]] Aravind Srinivasan
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{| style="border:none;"
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*[[CMSC456]] Jonathan Katz
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| [[CMSC320_-_Introduction_to_Data_Science|CMSC320]] ||| Introduction to Data Science
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|-
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| [[CMSC474_-_Introduction_to_Computational_Game_Theory|CMSC474]] ||| Introduction to Computational Game Theory
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== Area 5: Numerical Analysis ==
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|-
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*[[CMSC460 w/ Levy]] Doron Levy
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| [[CMSC498C_-_Randomized_Algorithms|CMSC498C]] ||| Selected Topics in Computer Science; Randomized Algorithms
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*[[CMSC460 w/ Levermore]] Dave Levermore
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*[[CMSC466]] Dionisios Margetis
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| [[CMSC498M_-_Foundations_of_Data_Science|CMSC498M]] ||| Selected Topics in Computer Science; Foundations of Data Science
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|-
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| [[CMSC498O_-_Introduction_to_Data_Visualization|CMSC498O]] ||| Selected Topics in Computer Science; Introduction to Data Visualization
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== Electives ==
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|-
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*[[CMSC320]] Hector Corrada Bravo
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| [[CMSC498Z_-_Advanced_Functional_Programming|CMSC498V]] ||| Selected Topics in Computer Science; Advanced Functional Programming
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*[[CMSC474]] Dana Nau
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|-
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*[[CMSC498I]] Larry Davis
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| [[CMSC499A]] ||| Independent Undergraduate Research
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*[[CMSC499A]] Various Faculty
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|}
    
  ***Please note that you can check the course webpages [http://www.cs.umd.edu/class/ here] for more information as it becomes available.***  
 
  ***Please note that you can check the course webpages [http://www.cs.umd.edu/class/ here] for more information as it becomes available.***  
 
This information and wiki is subject to change.
 
This information and wiki is subject to change.
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