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Courses.json
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20582 lines (20582 loc) · 783 KB
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{
"101": {
"course_area": "CS",
"course_desc": "Possibilities of and limitations to performing learning by computational agents. Topics include computational models, polynomial time learnability, learning from examples and learning from queries to oracles. Applications to Boolean functions, automata and geometric functions. ",
"course_name": "CS 228",
"course_title": "Computational Learning Theory",
"terms": {
"2011_spring": {
"instructors": [
"Leslie Valiant"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "G-125",
"startTime": "14:30:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "G-125",
"startTime": "14:30:00",
"weekDay": "Tu"
}
]
},
"2012_spring": {
"instructors": [],
"meet_times": []
},
"2013_spring": {
"instructors": [
"Leslie Valiant"
],
"meet_times": []
},
"2014_spring": {
"instructors": [
"Leslie Valiant"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "221",
"startTime": "14:30:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "221",
"startTime": "14:30:00",
"weekDay": "Tu"
}
]
},
"2015_spring": {
"instructors": [
"Leslie Valiant"
],
"meet_times": [
{
"building": "unknown",
"endTime": "16:00:00",
"room": "",
"startTime": "14:30:00",
"weekDay": "Th"
},
{
"building": "unknown",
"endTime": "16:00:00",
"room": "",
"startTime": "14:30:00",
"weekDay": "Tu"
}
]
}
}
},
"103": {
"course_area": "CS",
"course_desc": "Building autonomous robotic systems requires understanding how to make robots that observe, reason, and act. Each component uses many engineering principles: how to fuse, multiple, noisy sensors; how to balance short-term versus long-term goals; how to control one's actions and how to coordinate with others. This year, we will study these questions in the context of a project to develop autonomous robot soccer teams. The class format will mix seminar and lab formats.",
"course_name": "CS 189r",
"course_title": "Autonomous Multi-Robot Systems",
"terms": {
"2011_spring": {
"instructors": [
"Radhika Nagpal"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "319",
"startTime": "13:00:00",
"weekDay": "F"
}
]
},
"2012_fall": {
"instructors": [
"Radhika Nagpal"
],
"meet_times": []
},
"2012_spring": {
"instructors": [],
"meet_times": []
},
"2013_fall": {
"instructors": [
"Radhika Nagpal"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "223",
"startTime": "13:00:00",
"weekDay": "F"
}
]
},
"2014_fall": {
"instructors": [
"Radhika Nagpal"
],
"meet_times": [
{
"building": "unknown",
"endTime": "16:00:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "F"
}
]
}
}
},
"104": {
"course_area": "CS",
"course_desc": "This course is an introduction to several modern parallel computing approaches and languages. Covers programming models, hardware architectures, multi-threaded programming, GPU programming with CUDA, cluster computing with MPI, cloud computing, and map-reduce using Hadoop and Amazon's EC2. Students will complete readings, programming assignments, and a final project.",
"course_name": "CS 264",
"course_title": "Massively Parallel Computing",
"terms": {
"2011_spring": {
"instructors": [
"Nicolas Pinto"
],
"meet_times": [
{
"building": "unknown",
"endTime": "21:35:00",
"room": "",
"startTime": "19:35:00",
"weekDay": "Th"
},
{
"building": "unknown",
"endTime": "21:35:00",
"room": "",
"startTime": "19:35:00",
"weekDay": "Tu"
}
]
},
"2012_spring": {
"instructors": [],
"meet_times": []
},
"2013_spring": {
"instructors": [],
"meet_times": []
},
"2014_spring": {
"instructors": [],
"meet_times": []
},
"2015_spring": {
"instructors": [],
"meet_times": []
}
}
},
"105": {
"course_area": "CS",
"course_desc": "Why does the Internet environment exist in the form it does today? What does its future, and the future of online life in general, look like? To what extent is this future malleable? Governments, corporate intermediaries, and hackers are empowered to different degrees by the space, and their interests and strengths are often in tension. This class uses academic as well as non-traditional texts to engender a broader understanding of Internet culture and technology, with an eye towards mapping informed choices about the future.",
"course_name": "CS 42",
"course_title": "Controlling Cyberspace",
"terms": {
"2012_spring": {
"instructors": [
"Jonathan Zittrain"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "19:30:00",
"room": "221",
"startTime": "17:30:00",
"weekDay": "M"
}
]
},
"2013_spring": {
"instructors": [
"Jonathan Zittrain"
],
"meet_times": []
},
"2014_spring": {
"instructors": [],
"meet_times": []
},
"2015_spring": {
"instructors": [],
"meet_times": []
}
}
},
"106": {
"course_area": "CS",
"course_desc": "Topic for 2013-14: Algorithms for Big Data. This course will cover rigorous methods, based on solid theoretical foundations, for processing massive amounts of data. Topics discussed will include streaming and sketching algorithms, dimensionality reduction, and external memory algorithms, to name a few.",
"course_name": "CS 229r",
"course_title": "Topics in the Theory of Computation",
"terms": {
"2011_spring": {
"instructors": [
"Leslie Valiant"
],
"meet_times": []
},
"2012_spring": {
"instructors": [],
"meet_times": []
},
"2013_fall": {
"instructors": [
"Jelani Nelson"
],
"meet_times": [
{
"building": "LAW - Pound Hall",
"endTime": "13:00:00",
"room": "201",
"startTime": "11:30:00",
"weekDay": "Th"
},
{
"building": "LAW - Pound Hall",
"endTime": "13:00:00",
"room": "201",
"startTime": "11:30:00",
"weekDay": "Tu"
}
]
},
"2013_spring": {
"instructors": [
"Salil Vadhan"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "11:30:00",
"room": "123",
"startTime": "10:00:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "11:30:00",
"room": "123",
"startTime": "10:00:00",
"weekDay": "Tu"
}
]
},
"2014_fall": {
"instructors": [
"Jelani Nelson"
],
"meet_times": [
{
"building": "unknown",
"endTime": "13:00:00",
"room": "",
"startTime": "11:30:00",
"weekDay": "Th"
},
{
"building": "unknown",
"endTime": "13:00:00",
"room": "",
"startTime": "11:30:00",
"weekDay": "Tu"
}
]
}
}
},
"108": {
"course_area": "CS",
"course_desc": "The computational aspects of computer graphics. Two major themes are image rendering (viewing transformations, clipping, visible-surface processing, raster algorithms, reflection models, lighting models, surface shading, antialiasing, ray tracing, radiosity, and volume rendering) and scene modeling (modeling transformations, curves and surfaces, texture mapping, data-amplification techniques, constructive solid geometry, scalar- and vector-field data, and animation). Ancillary topics include color compression, image compression, image compositing, graphical user interfaces, and special machine architectures for computer graphics.",
"course_name": "CS 175",
"course_title": "Computer Graphics",
"terms": {
"2011_fall": {
"instructors": [
"Steven Gortler"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "17:30:00",
"room": "G-125",
"startTime": "16:00:00",
"weekDay": "M"
},
{
"building": "Maxwell Dworkin",
"endTime": "17:30:00",
"room": "G-125",
"startTime": "16:00:00",
"weekDay": "W"
}
]
},
"2012_fall": {
"instructors": [
"Steven Gortler"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "G-125",
"startTime": "14:30:00",
"weekDay": "M"
},
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "G-125",
"startTime": "14:30:00",
"weekDay": "W"
}
]
},
"2013_fall": {
"instructors": [
"Steven Gortler"
],
"meet_times": [
{
"building": "Pierce Hall",
"endTime": "16:00:00",
"room": "301",
"startTime": "14:30:00",
"weekDay": "M"
},
{
"building": "Pierce Hall",
"endTime": "16:00:00",
"room": "301",
"startTime": "14:30:00",
"weekDay": "W"
}
]
},
"2014_fall": {
"instructors": [
"Steven Gortler"
],
"meet_times": [
{
"building": "unknown",
"endTime": "16:00:00",
"room": "",
"startTime": "14:30:00",
"weekDay": "M"
},
{
"building": "unknown",
"endTime": "16:00:00",
"room": "",
"startTime": "14:30:00",
"weekDay": "W"
}
]
}
}
},
"11": {
"course_area": "CS",
"course_desc": "Introduction to AI, focused on problems in reasoning about action and rational decision making. Search: constraint satisfaction; informed search and optimization; game playing. Knowledge representation and logical inference. Planning: representation, search and heuristics. Bounded rationality, situated agents. Multiagent systems. Discussion of relevant work in philosophy, economics, and decision theory. Applications to scheduling, robotics and e-commerce.",
"course_name": "CS 182",
"course_title": "Intelligent Machines: Reasoning, Actions, and Plans",
"terms": {
"2011_fall": {
"instructors": [
"Radhika Nagpal"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "221",
"startTime": "13:00:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "221",
"startTime": "13:00:00",
"weekDay": "Tu"
}
]
},
"2012_fall": {
"instructors": [
"Radhika Nagpal"
],
"meet_times": []
},
"2013_fall": {
"instructors": [
"Barbara Grosz"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "Tu"
}
]
},
"2014_fall": {
"instructors": [
"Barbara Grosz"
],
"meet_times": [
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "Th"
},
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "Tu"
}
]
}
}
},
"115": {
"course_area": "CS",
"course_desc": "Usability and design as keys to successful technology. Covers user observation techniques, needs assessment, low and high fidelity prototyping, usability testing methods, as well as theory of human perception and performance, and design best practices. Focuses on understanding and applying the lessons of human interaction to the design of usable systems; will also look at lessons to be learned from less usable systems. The course includes several small and one large project.",
"course_name": "CS 179",
"course_title": "Design of Usable Interactive Systems",
"terms": {
"2011_spring": {
"instructors": [
"Krzysztof Gajos"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "G-115",
"startTime": "14:30:00",
"weekDay": "M"
},
{
"building": "Maxwell Dworkin",
"endTime": "16:00:00",
"room": "G-115",
"startTime": "14:30:00",
"weekDay": "W"
}
]
},
"2012_spring": {
"instructors": [
"Krzysztof Gajos"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "11:30:00",
"room": "301",
"startTime": "10:00:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "11:30:00",
"room": "301",
"startTime": "10:00:00",
"weekDay": "Tu"
}
]
},
"2013_spring": {
"instructors": [
"Krzysztof Gajos"
],
"meet_times": [
{
"building": "Pierce Hall",
"endTime": "11:30:00",
"room": "301",
"startTime": "10:00:00",
"weekDay": "Th"
},
{
"building": "Pierce Hall",
"endTime": "11:30:00",
"room": "301",
"startTime": "10:00:00",
"weekDay": "Tu"
}
]
},
"2014_spring": {
"instructors": [
"Krzysztof Gajos"
],
"meet_times": [
{
"building": "unknown",
"endTime": "13:00:00",
"room": "",
"startTime": "11:30:00",
"weekDay": "M"
},
{
"building": "unknown",
"endTime": "13:00:00",
"room": "",
"startTime": "11:30:00",
"weekDay": "W"
}
]
},
"2015_spring": {
"instructors": [
"Krzysztof Gajos"
],
"meet_times": [
{
"building": "unknown",
"endTime": "13:00:00",
"room": "",
"startTime": "11:30:00",
"weekDay": "M"
},
{
"building": "unknown",
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"room": "",
"startTime": "11:30:00",
"weekDay": "W"
}
]
}
}
},
"120": {
"course_area": "CS",
"course_desc": "Robotic Systems Design: Building autonomous robotic systems requires understanding how to make robots that observe, reason, and act. The fundamentals behind each of these components requires an understanding of different engineering principles: how to fuse, multiple noisy sensor inputs; how to balance short-term versus long-term goals; how to control one's actions and reliably manipulate objects. In this class we will study these questions in the context of a semester-long project to develop autonomous robot soccer teams.",
"course_name": "CS 199r",
"course_title": "Special Topics in Computer Science",
"terms": {
"2011_spring": {
"instructors": [
"Radhika Nagpal"
],
"meet_times": []
},
"2012_spring": {
"instructors": [],
"meet_times": []
},
"2013_spring": {
"instructors": [],
"meet_times": []
}
}
},
"124": {
"course_area": "CS",
"course_desc": "The fundamental principles of resource management and abstraction in modern operating systems. Control abstractions: threads, processes, scheduling, synchronization. Storage abstractions: dynamic memory allocation, virtual memory, file system design. Communication abstractions: interprocess communication, networking. Case studies. Design and implementation of parts of a multiuser multitasking virtual-memory operating system.",
"course_name": "CS 161",
"course_title": "Operating Systems",
"terms": {
"2011_spring": {
"instructors": [
"Margo Seltzer"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "Tu"
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]
},
"2012_spring": {
"instructors": [
"Margo Seltzer"
],
"meet_times": []
},
"2013_spring": {
"instructors": [
"Margo Seltzer"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "Tu"
}
]
},
"2014_spring": {
"instructors": [
"Margo Seltzer"
],
"meet_times": [
{
"building": "Pierce Hall",
"endTime": "14:30:00",
"room": "301",
"startTime": "13:00:00",
"weekDay": "Th"
},
{
"building": "Pierce Hall",
"endTime": "14:30:00",
"room": "301",
"startTime": "13:00:00",
"weekDay": "Tu"
}
]
},
"2015_spring": {
"instructors": [
"Margo Seltzer"
],
"meet_times": [
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "Th"
},
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "Tu"
}
]
}
}
},
"125": {
"course_area": "CS",
"course_desc": "Introduction to the design, structure, and operation of digital computers; logic circuits and digital electronics; computer arithmetic; computer architecture; and machine language programming. Consideration of the design interactions between hardware and software systems.",
"course_name": "CS 141",
"course_title": "Computing Hardware",
"terms": {
"2011_fall": {
"instructors": [
"David Brooks"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "M"
},
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "W"
}
]
},
"2012_fall": {
"instructors": [
"David Brooks"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "M"
},
{
"building": "Maxwell Dworkin",
"endTime": "14:30:00",
"room": "G-125",
"startTime": "13:00:00",
"weekDay": "W"
}
]
},
"2013_fall": {
"instructors": [],
"meet_times": []
},
"2014_fall": {
"instructors": [],
"meet_times": []
}
}
},
"127": {
"course_area": "CS",
"course_desc": "Introduction to the intellectual enterprises of computer science and the art of programming. This course teaches students how to think algorithmically and solve problems efficiently. Topics include abstraction, algorithms, data structures, encapsulation, resource management, security, software engineering, and web development. Languages include C, PHP, and JavaScript plus SQL, CSS, and HTML. Problem sets inspired by real-world domains of biology, cryptography, finance, forensics, and gaming. Designed for concentrators and non-concentrators alike, with or without prior programming experience.",
"course_name": "CS 50 (SAT/UNS)",
"course_title": "Introduction to Computer Science I",
"terms": {
"2013_fall": {
"instructors": [
"David Malan"
],
"meet_times": [
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "M"
},
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "W"
}
]
},
"2014_fall": {
"instructors": [
"David Malan"
],
"meet_times": [
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "M"
},
{
"building": "unknown",
"endTime": "14:30:00",
"room": "",
"startTime": "13:00:00",
"weekDay": "W"
}
]
}
}
},
"131": {
"course_area": "CS",
"course_desc": "Vision as an ill-posed inverse problem: image formation, two-dimensional signal processing; image enhancement and restoration; feature analysis; image segmentation; structure from motion, texture, and shading; multiple view geometry; pattern classification; and applications.",
"course_name": "CS 283",
"course_title": "Computer Vision",
"terms": {
"2011_fall": {
"instructors": [
"Todd Zickler"
],
"meet_times": []
},
"2012_fall": {
"instructors": [
"Todd Zickler"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "13:00:00",
"room": "223",
"startTime": "11:30:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "13:00:00",
"room": "223",
"startTime": "11:30:00",
"weekDay": "Tu"
}
]
},
"2013_fall": {
"instructors": [
"Todd Zickler"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "13:00:00",
"room": "223",
"startTime": "11:30:00",
"weekDay": "Th"
},
{
"building": "Maxwell Dworkin",
"endTime": "13:00:00",
"room": "223",
"startTime": "11:30:00",
"weekDay": "Tu"
}
]
},
"2014_fall": {
"instructors": [
"Todd Zickler"
],
"meet_times": [
{
"building": "unknown",
"endTime": "13:00:00",
"room": "",
"startTime": "11:30:00",
"weekDay": "Th"
},
{
"building": "unknown",
"endTime": "13:00:00",
"room": "",
"startTime": "11:30:00",
"weekDay": "Tu"
}
]
}
}
},
"134": {
"course_area": "CS",
"course_desc": "Supervision of experimental or theoretical research on acceptable computer science problems and supervision of reading on topics not covered by regular courses of instruction.",
"course_name": "CS 299r",
"course_title": "Special Topics in Computer Science",
"terms": {
"2011_fall": {
"instructors": [
"Michael Mitzenmacher"
],
"meet_times": []
},
"2011_spring": {
"instructors": [
"John Morrisett"
],
"meet_times": []
},
"2012_fall": {
"instructors": [
"Michael Mitzenmacher"
],
"meet_times": []
},
"2012_spring": {
"instructors": [
"Michael Mitzenmacher"
],
"meet_times": []
},
"2013_fall": {
"instructors": [
"David Parkes"
],
"meet_times": []
},
"2013_spring": {
"instructors": [
"Michael Mitzenmacher"
],
"meet_times": []
},
"2014_fall": {
"instructors": [
"David Parkes"
],
"meet_times": []
},
"2014_spring": {
"instructors": [
"David Parkes"
],
"meet_times": []
},
"2015_spring": {
"instructors": [
"David Parkes"
],
"meet_times": []
}
}
},
"135": {
"course_area": "AC",
"course_desc": "This course, centered on the Institute for Applied Computation Science (IACS) seminar series, will provide broad exposure to cutting-edge topics, applications, and unifying concepts in Computational Science & Engineering. Students will read, present and discuss journal articles related to IACS talks, attend the seminars and meet with visiting speakers. Possible topics to be covered include scientific visualization, computational approaches to disease, mathematical neuroscience, computational archeology, and computational finance.",
"course_name": "AC 298r",
"course_title": "Interdisciplinary Seminar in Computational Science & Engineering",
"terms": {
"2013_spring": {
"instructors": [
"Efthimios Kaxiras"
],
"meet_times": [
{
"building": "Maxwell Dworkin",
"endTime": "15:00:00",
"room": "323",
"startTime": "12:00:00",
"weekDay": "F"
}
]
},
"2014_spring": {
"instructors": [
"Efthimios Kaxiras"
],
"meet_times": [
{
"building": "unknown",
"endTime": "15:00:00",
"room": "",
"startTime": "12:00:00",
"weekDay": "F"
}
]
},
"2015_spring": {
"instructors": [
"Efthimios Kaxiras"
],
"meet_times": [
{
"building": "unknown",
"endTime": "15:00:00",
"room": "",
"startTime": "12:00:00",
"weekDay": "F"
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]