Corning Community College CSCS2330 Discrete Structures Assignments, Documents, Information, and Projects ======Projects====== | [[/haas/fall2023/discrete/projects/pctX|pct0]] (bonus; due 20230823) | | [[/haas/fall2023/discrete/projects/wcpX|wcp1]] (due 20230823) | | [[/haas/fall2023/discrete/projects/abc0|abc0]] (due 20230830) | | [[/haas/fall2023/discrete/projects/btt0|btt0]] (due 20230830) | | [[/haas/fall2023/discrete/projects/pctX|pct1]] (bonus; due 20230830) | | [[/haas/fall2023/discrete/projects/pctX|pct2]] (due 20230830) | | [[/haas/fall2023/discrete/projects/wcpX|wcp2]] (due 20230830) | | [[/haas/fall2023/discrete/projects/mpg0|mpg0]] (due 20230906) | | [[/haas/fall2023/discrete/projects/pctX|pct3]] (bonus; due 20230906) | | [[/haas/fall2023/discrete/projects/wcpX|wcp3]] (due 20230906) | | [[/haas/fall2023/discrete/projects/pctX|pct4]] (due 20230913) | | [[/haas/fall2023/discrete/projects/ttb0|ttb0]] (due 20230913) | | [[/haas/fall2023/discrete/projects/wcpX|wcp4]] (due 20230913) | | [[/haas/fall2023/discrete/projects/pctX|pct5]] (bonus; due 20230920) | | [[/haas/fall2023/discrete/projects/ttb1|ttb1]] (due 20230920) | | [[/haas/fall2023/discrete/projects/wcpX|wcp5]] (due 20230920) | | [[/haas/fall2023/discrete/projects/dap0|dap0]] (due 20230927) | | [[/haas/fall2023/discrete/projects/gfoX|gfo0]] (due 20230927) | | [[/haas/fall2023/discrete/projects/pctX|pct6]] (due 20230927) | | [[/haas/fall2023/discrete/projects/wcpX|wcp6]] (due 20230927) | | [[/haas/fall2023/discrete/projects/cgf0|cgf0]] (due 20231004) | | [[/haas/fall2023/discrete/projects/pctX|pct7]] (bonus; due 20231004) | | [[/haas/fall2023/discrete/projects/wcpX|wcp7]] (due 20231004) | | [[/haas/fall2023/discrete/projects/pctX|bwp1]] (bonus; due 20231018) | | [[/haas/fall2023/discrete/projects/pctX|pct8]] (due 20231018) | | [[/haas/fall2023/discrete/projects/wcpX|wcp8]] (due 20231018) | | [[/haas/fall2023/discrete/projects/yol0|yol0]] (due 20231018) | | [[/haas/fall2023/discrete/projects/bjm0|bjm0]] (due 20231025) | | [[/haas/fall2023/discrete/projects/pctX|pct9]] (bonus; due 20231025) | | [[/haas/fall2023/discrete/projects/wcpX|wcp9]] (due 20231025) | | [[/haas/fall2023/discrete/projects/bjm1|bjm1]] (due 20231101) | | [[/haas/fall2023/discrete/projects/gfoX|gfo1]] (due 20231101) | | [[/haas/fall2023/discrete/projects/pctX|pctA]] (due 20231101) | | [[/haas/fall2023/discrete/projects/wcpX|wcpA]] (due 20231101) | | [[/haas/fall2023/discrete/projects/pctX|pctB]] (bonus; due 20231108) | | [[/haas/fall2023/discrete/projects/set0|set0]] (due 20231108) | | [[/haas/fall2023/discrete/projects/wcpX|wcpB]] (due 20231108) | | [[/haas/fall2023/discrete/projects/mor0|mor0]] (due 20231115) | | [[/haas/fall2023/discrete/projects/pctX|pctC]] (due 20231115) | | [[/haas/fall2023/discrete/projects/wcpX|wcpC]] (due 20231115) | | [[/haas/fall2023/discrete/projects/pctX|bwp2]] (bonus; due 20231129) | | [[/haas/fall2023/discrete/projects/pctX|pctD]] (bonus; due 20231129) | | [[/haas/fall2023/discrete/projects/wcpX|wcpD]] (bonus; due 20231129) | | [[/haas/fall2023/discrete/projects/gfoX|gfo2]] (due 20231206) | | [[/haas/fall2023/discrete/projects/pctX|pctE]] (bonus; due 20231206) | | [[/haas/fall2023/discrete/projects/wcpX|wcpE]] (bonus; due 20231206) | | @lightgreen:[[/haas/fall2023/discrete/eoce/readme|EoCE]] (due 20231214) | ======Class Stats====== * [[/haas/fall2023/discrete/projects/status|status]] ======URLs====== C Programming tutorials: * [[https://www.tutorialspoint.com/cprogramming/|C Tutorial]] * [[http://publications.gbdirect.co.uk/c_book/|The C Book, online C book]] * [[http://publications.gbdirect.co.uk/c_book/thecbook.pdf|PDF of above]] * [[/_media/haas/printf.pdf|printf PDF]] * [[https://www.cprogramming.com/tutorial/c-tutorial.html?inl=hp|C tutorial]] Algorithmic Efficiency: * https://www.youtube.com/watch?v=cCKOl5li6YM (at least the first third to half) Pointers: * http://www.youtube.com/watch?v=5VnDaHBi8dM (an essential, if not critical, watch) ======Week 1====== * Welcome to Discrete Structures! (aka Computer Science math! NOT to be confused with Math for Computer Scientists). * This is a class that focuses on the patterns, mathematics (combinatorics), logic, and algorithms that are inherent to computing. * We'll endeavor to do this by working on progressively more involved projects, so you'll get to appreciate the concepts we learn through their application in programs, hopefully in combinations with many others we've learned (not just one-shot isolated programs).