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Mathematics

Spring 2007


General Education Info: GFR | GEP (for students starting Fall 2007)



MATH 100  Introduction to Contemporary Mathematics                3 credits
          (MS)                                              

          Grade Method: REG/P-F/AUD
          GEP:N/A.  GFR:Meets M.  Prereq: A suitable
          score on the LRC Algebra placement exam.
[3696] 0101 MWF.......10:00am-10:50am (MP  104)       JONES, C
[3697] 0201 MWF........1:00pm- 1:50pm (BIOL120)       JONES, C


MATH 106  Algebra and Elementary Functions                        3 credits

          Grade  Method:  REG/P-F/AUD  Not  open  to
          students   who   have   passed  MATH  150.
          PREREQUISITE:   Qualifying  score  on  LRC
          Algebra placement exam.
[3698] 0101 MWF.......10:00am-10:50am (MP  106)       CIPCIGAN, I
[3699] 0201 MWF.......11:00am-11:50am (MP  106)       BARADWAJ, R
[3700] 0301 MWF........3:00pm- 3:50pm (MP  103)       RILEY, S


MATH 115  Finite Mathematics (MS)                                 3 credits

          Grade Method: REG/P-F/AUD
          GEP:N/A.   GFR:Meets   M.    Not  open  to
          students  who  have passed  MATH 221, STAT
          350, 351, or 451. Prereq: Qualifying score
          on the Algebra placement exam.
[3701] 0101 TuTh.......1:00pm- 2:15pm (MP  103)       KLEIN, M


MATH 132  Mathematics for Elementary School Teachers              4 credits
          II (MS)                                           

          Grade Method: REG/P-F/AUD
          GEP:N/A.   GFR:Meets   M.   Enrollment  is
          restricted     to     students    pursuing
          certification  in elementary  or secondary
          education. Prereq: Math 131.
[3702] 0101 MWF.......11:00am-12:05pm (MP  103)       TIGHE, B


MATH 150  Precalculus Mathematics (MS)                            4 credits

          Grade Method: REG/P-F/AUD
          GEP:N/A. GFR:Meets M.  A suitable score on
          the LRC Algebra placement exam.
[3703] 0101 MWF........8:45am- 9:50am (LH3 ...)       BARADWAJ, R
            M..........1:00pm- 1:50pm (MP  010) DIS
[3704] 0102 MWF........8:45am- 9:50am (LH3 ...)       BARADWAJ, R
            W..........2:00pm- 2:50pm (MP  010) DIS
[3705] 0103 MWF........8:45am- 9:50am (LH3 ...)       BARADWAJ, R
            F.........10:00am-10:50am (MP  012) DIS
[3706] 0104 MWF........8:45am- 9:50am (LH3 ...)       BARADWAJ, R
            F.........11:00am-11:50am (MP  012) DIS
[3708] 0201 TuTh.......4:30pm- 6:20pm (LH2 ...)       SLOWIKOWSKI, W
            Tu.........6:30pm- 7:20pm (MP  010) DIS
[3709] 0202 TuTh.......4:30pm- 6:20pm (LH2 ...)       SLOWIKOWSKI, W
            Th.........6:30pm- 7:20pm (ACIV013) DIS
[3710] 0203 TuTh.......4:30pm- 6:20pm (LH2 ...)       SLOWIKOWSKI, W
            Tu.........3:00pm- 3:50pm (MP  106) DIS
[3711] 0204 TuTh.......4:30pm- 6:20pm (LH2 ...)       SLOWIKOWSKI, W
            Th.........3:00pm- 3:50pm (MP  101) DIS
[3712] 0205 TuTh.......4:30pm- 6:20pm (LH2 ...)       SLOWIKOWSKI, W
            Th.........2:00pm- 2:50pm (MP  101) DIS


MATH 151  Calculus and Analytic Geometry I (MS)                   4 credits

          Grade Method: REG/P-F/AUD
          GEP:N/A.            GFR:Meets           M.
          Non-science-oriented  students  interested
          in  calculus  should  consider  MATH  155.
          Credit will not be given for both MATH 151
          and 155.  Prereq: MATH 150 or a qualifying
          score   on   the  LRC  Calculus  Readiness
          placement test.
[3713] 0101 MWF........8:45am- 9:50am (MP  104)       GURTUNA, F
            F.........10:00am-10:50am (MP  010) DIS
[3714] 0102 MWF........8:45am- 9:50am (MP  104)       GURTUNA, F
            F.........11:00am-11:50am (MP  105) DIS
[3715] 0201 MWF.......11:00am-11:50am (MP  104)       SONG, Y
            MW.........9:00am- 9:50am (MP  010) DIS
[3716] 0202 MWF.......11:00am-11:50am (MP  104)       SONG, Y
            MW........10:00am-10:50am (MP  010) DIS
[3717] 0301 MW.........4:00pm- 5:15pm (MP  103)       SONG, Y
            MW.........3:00pm- 3:50pm (MP  012) DIS
[3718] 0302 MW.........4:00pm- 5:15pm (MP  103)       SONG, Y
            MW.........6:30pm- 7:20pm (MP  010) DIS
[3719] 0401 MW.........6:30pm- 8:20pm (MP  104)       WILSON, M
            M..........5:30pm- 6:20pm (MP  012) DIS
[3720] 0402 MW.........6:30pm- 8:20pm (MP  104)       WILSON, M
            W..........5:30pm- 6:20pm (MP  012) DIS
[3721] 0501 MWF........2:00pm- 2:50pm (MP  101)       TIGHE, B
            MF........11:00am-11:50am (MP  101) DIS
[3722] 0502 MWF........2:00pm- 2:50pm (MP  101)       TIGHE, B
            MF.........3:00pm- 3:50pm (ACIV006) DIS
[3723] 0601 MWF........3:00pm- 3:50pm (MP  101)       TIGHE, B
            MF.........2:00pm- 2:50pm (ACIV006) DIS
[3724] 0602 MWF........3:00pm- 3:50pm (MP  101)       TIGHE, B
            MF.........1:00pm- 1:50pm (PHYS201) DIS
[3725] 0701 TuTh.......4:30pm- 6:20pm (MP  104)       WILSON, M
            Tu.........3:00pm- 3:50pm (MP  010) DIS
[3726] 0702 TuTh.......4:30pm- 6:20pm (MP  104)       WILSON, M
            Tu.........7:30pm- 8:20pm (MP  010) DIS


MATH 152  Calculus and Analytic Geometry II (MS)                  4 credits

          Grade Method: REG/P-F/AUD
          GEP:N/A.  GFR:Meets M.   Prereq: MATH 151,
          141, or 155B.
[3727] 0101 MWF........1:00pm- 1:50pm (MP  101)       SONG, Y
            MW........11:00am-11:50am (MP  105) DIS
[3728] 0102 MWF........1:00pm- 1:50pm (MP  101)       SONG, Y
            MW.........4:00pm- 4:50pm (MP  010) DIS
[3729] 0201 MWF........9:00am- 9:50am (LH6 ...)       SONG, Y
            MW........10:00am-10:50am (MP  105) DIS
[3730] 0202 MWF........9:00am- 9:50am (LH6 ...)       SONG, Y
            MW.........1:00pm- 1:50pm (MP  012) DIS
[3731] 0301 TuTh.......4:30pm- 6:20pm (MP  106)       KAPOOR, J
            Th.........3:00pm- 3:50pm (MP  010) DIS
[3732] 0302 TuTh.......4:30pm- 6:20pm (MP  106)       KAPOOR, J
            Th.........7:30pm- 8:20pm (MP  010) DIS
[3733] 0401 TuTh.......6:30pm- 8:20pm (MP  106)       KAPOOR, J
            Tu.........5:30pm- 6:20pm (MP  010) DIS
[3734] 0402 TuTh.......6:30pm- 8:20pm (MP  106)       KAPOOR, J
            Th.........5:30pm- 6:20pm (MP  010) DIS
[3735] 0501 MWF.......10:00am-10:50am (LH8 ...)       TIGHE, B
            MF.........9:00am- 9:50am (MP  012) DIS
[3736] 0502 MWF.......10:00am-10:50am (LH8 ...)       TIGHE, B
            MF.........2:00pm- 2:50pm (SOND108) DIS


MATH 155  Elementary Calculus (MS)                                3 credits

          Grade Method: REG/P-F/AUD
          GEP:N/A.  GFR:Meets M.  Credit will not be
          given for both MATH 151 and 155. Prereq: A
          score  on  the LRC  Algebra placement exam
          suitable.
[3737] 0101 TuTh.......2:30pm- 3:45pm (MP  103)       STAFF
[3738] 0201 TuTh.......8:30am- 9:45am (MP  101)       BARADWAJ, R
[3739] 0301 TuTh......11:30am-12:45pm (MP  103)       BARADWAJ, R


MATH 215  Finite Mathematics for Information                      3 credits
          Sciences                                          

          Grade  Method:  REG/P-F/AUD  Prereq:  MATH
          141, 151, 155, or 380.
[3740] 0201 TuTh.......1:00pm- 2:15pm (ITE 227)       VANCEA, A


MATH 221  Introduction to Linear Algebra (MS)                     3 credits

          Grade Method: REG/P-F/AUD
          GEP:N/A.   GFR:Meets   M.    8000  SECTION
          COURSES   ARE  HELD  OFF-CAMPUS  AT  SHADY
          GROVE.  CONTACT INSTRUCTOR FOR PERMISSION.
          Prereq: MATH 141, 151, 155, or 380.
[3741] 0101 MW.........4:00pm- 5:15pm (MP  106)       SHEN, J
[3742] 0201 MW.........5:30pm- 6:45pm (MP  106)       POTRA, F
[3743] 0301 TuTh.......8:30am- 9:45am (MP  106)       LO, J
[3744] 0401 TuTh......10:00am-11:15am (MP  106)       LO, J


MATH 225  Introduction to Differential Equations                  3 credits
          (MS)                                              

          Grade Method: REG/P-F/AUD
          GEP:N/A. GFR:Meets M.  Prereq: Math 142 or
          152. Recommended MATH 251.
[3746] 0101 TuTh......10:00am-11:15am (MP  103)       GULER, O
[3747] 0201 MW.........7:10pm- 8:25pm (MP  106)       STAFF
[3748] 0301 TuTh.......2:30pm- 3:45pm (MP  104)       DRAGANESCU, A


MATH 251  Multivariable Calculus (MS)                             4 credits

          Grade Method: REG/P-F/AUD
          GEP:N/A. GFR:Meets M.  Prereq: MATH 142 or
          152.
[3749] 0101 MWF........8:45am- 9:50am (MP  103)       LYNN, Y
[3750] 0201 MWF........2:30pm- 3:35pm (MP  106)       LYNN, Y
[3751] 0301 TuTh.......6:30pm- 8:20pm (MP  104)       MUSCEDERE, M


MATH 301  Introduction to Mathematical Analysis I                 4 credits

          Grade  Method: REG/P-F/AUD MATH 142 or 152
          and MATH 221. Highly recommeded CMSC 203.
[3752] 0101 MWF........1:00pm- 2:05pm (MP  008)       RATHINAM, M
[3753] 0201 MW.........2:30pm- 4:20pm (MP  008)       SURI, M
[3754] 0301 MWF.......11:00am-12:05pm (MP  008)       KOGAN, J


MATH 302  Introduction to Mathematical Analysis II                3 credits

          Grade Method: REG/P-F/AUD Prereq: MATH 251
          and 301.
[3755] 0101 MW.........5:30pm- 6:45pm (MP  008)       KOGAN, J


MATH 306  Geometry                                                3 credits

          Grade  Method:  REG/P-F/AUD  Prereq:  MATH
          301.
[3756] 0101 TuTh.......4:00pm- 5:15pm (MP  105)       ARMSTRONG, T


MATH 341  Computational Methods                                   3 credits

          Grade Method: REG/P-F/AUD Prereq: MATH 142
          or  152,  221,  CMSC 201  or permission of
          instructor.
[3757] 0101 TuTh.......5:30pm- 6:45pm (MP  105)       DRAGANESCU, A


MATH 404  Introduction to Partial Differential                    3 credits
          Equations I                                       

          Grade Method: REG/P-F/AUD
[3758] 0101 TuTh.......2:30pm- 3:45pm (MP  008)       BELL, J


MATH 407  Intro to Modern Algebra & Number Theory                 3 credits

          Grade Method: REG/P-F/AUD Prereq: MATH 301
          or permission of instructor.
[3759] 0101 TuTh.......7:10pm- 8:25pm (MP  008)       ROBERTS, J


MATH 408  Introduction to Abstract Algebra                        3 credits

          Grade  Method:  REG/P-F/AUD  Prerequisite:
          MATH407.
[3760] 0101 MW.........7:30pm- 8:45pm (MP  012)       TOLL, C


MATH 413  Number Theory                                           3 credits

          Grade Method: REG/P-F/AUD
[3761] 0101 TuTh.......7:30pm- 8:45pm (MP  012)       HORTA, A


MATH 432  History of Mathematics                                  3 credits

          Grade Method: REG/P-F/AUD Prereq: MATH 301
          or permission of instructor.
[3762] 0101 MW.........5:30pm- 6:45pm (MP  102)       SEIDMAN, T


MATH 452  Introduction to Stochastic Processes                    3 credits

          Grade Method: REG/P-F/AUD
[3763] 0101 MW.........4:00pm- 5:15pm (MP  012)       RATHINAM, M


MATH 479  Mathematical Problem Solving Seminar                     1 credit

(PermReq) Grade Method: REG/P-F/AUD
[3764] 0101 Tu........11:30am-12:45pm (MP  401)       ARMSTRONG, T


MATH 481  Mathematical Modeling                                   3 credits

          Grade  Method:  REG/P-F/AUD  Prereq:  MATH
          221, 225 and 251.
[3765] 0101 MW.........4:00pm- 5:15pm (SOND105)       ROSTAMIAN, R


MATH 482  Nonlinear Optimization                                  3 credits

          Grade  Method:  REG/P-F/AUD  Prereq:  MATH
          251; co-requisite MATH 301.
[3766] 0101 TuTh.......1:00pm- 2:15pm (PHYS201)       GULER, O


MATH 485  Introduction to the Calculus of Variations              3 credits

          Grade Method: REG/P-F/AUD
[3767] 0101 MW.........2:30pm- 3:45pm (MP  105)       SEIDMAN, T


MATH 490  Special Topics in Mathematics Mathematics               3 credits
          and Biology                                       

          Grade  Method: REG/P-F/AUD  The biological
          and  biomedical sciences will be a premier
          area of investigation in the 21st century.
          Pushed   by   national   professional  and
          funding  organizations, such as reports as
          Biology  2010,  mathematical  modeling and
          simulation,    along    with   statistical
          analyses,  will become ever more important
          to   the   biological   sciences.  We  are
          interested   in  mathematical  models  and
          mathematical  tools  that help  us suggest
          mechanisms  that  could  underlie specific
          biological  processes.  The  methodologies
          that  we  mostly  introduce  have  general
          applicability in other applied mathematics
          areas. Tentative topics include structured
          population  dynamics, neural signaling and
          small   neural  networks,  infectious  and
          dynamic   diseases,   biological   pattern
          formation.  Dynamical systems  topics that
          are   likely   to   be   involved  include
          equilibria     and     their    stability,
          oscillatory  behavior, bifurcation theory,
          diffusion  theory,  dynamical  models  and
          their  role  in  biology,  and  simulation
          tools.   While   lectures  will  focus  on
          analytical   techniques  and  mathematical
          modeling, a project and homework exercises
          may  be  required  that will  also involve
          simulation.Students  should  have  a  core
          background  in calculus, some differential
          equations,  and  some  programming.   some
          exposure   to   linear  algebra  would  be
          helpful,  but hopefully the course will be
          self-contained  with  respect  to  biology
          background.
[3768] 0101 TuTh......10:00am-11:15am (MP  401)       BELL, J


MATH 611  Applied Analysis                                        3 credits

          Grade  Method: REG/AUD Prereq: MATH 600 or
          permission of instructor.
[3825] 0101 TuTh.......5:30pm- 6:45pm (MP  401)       GOWDA, M


MATH 630  Matrix Analysis                                         3 credits

          Grade  Method:  REG/AUD Prereq:  MATH 221,
          MATH 301 and familiarity with a high-level
          programming  language,  or  permission  of
          instructor.
[3826] 0101 MW.........4:00pm- 5:15pm (ITE 241)       GOBBERT, M


MATH 650  Foundations of Optimization                             3 credits

          Grade  Method:  REG/AUD Prereq:  MATH 221,
          MATH 301 or permission of instructor.
[3827] 0101 MW.........5:30pm- 6:45pm (MP  401)       SHEN, J


MATH 655  Calculus of Variations                                  3 credits

          Grade Method: REG/AUD
[3828] 0101 MW.........2:30pm- 3:45pm (MP  105)       SEIDMAN, T


MATH 690  Mathematics Seminars                                    No credit

          Grade Method: P-F
[3829] 0101 W.........11:00am-11:50am (SOND406)       GOWDA, M


MATH 690D Mathematics Seminars                                    No credit

          Grade Method: P-F
[3830] 0101 M.........11:00am-11:50am (MP  401)       BELL, J


MATH 710A Special Topics in Applied Mathematics Data            1-3 credits
          Assimilation                                      

          Grade Method: REG/P-F/AUD
[3859] 0101 MW.........7:10pm- 8:25pm (ACIV007)       TANGBORN, A


MATH 710B Special Topics in Applied Mathematics                 1-3 credits
          Interior Point Methods                            

          Grade Method: REG/P-F/AUD
[3860] 0101 MW.........2:30pm- 3:45pm (ACIV010)       POTRA, F


MATH 710C Special Topics in Applied Mathematics                 1-3 credits
          Mathematics & Biology                             

          Grade  Method: REG/P-F/AUD  The biological
          and  biomedical sciences will be a premier
          area of investigation in the 21st century.
          Pushed   by   national   professional  and
          funding  organizations, such as reports as
          Biology  2010,  mathematical  modeling and
          simulation,    along    with   statistical
          analyses,  will become ever more important
          to   the   biological   sciences.  We  are
          interested   in  mathematical  models  and
          mathematical  tools  that help  us suggest
          mechanisms  that  could  underlie specific
          biological  processes.  The  methodologies
          that  we  mostly  introduce  have  general
          applicability in other applied mathematics
          areas. Tentative topics include structured
          population  dynamics, neural signaling and
          small   neural  networks,  infectious  and
          dynamic   diseases,   biological   pattern
          formation.  Dynamical systems  topics that
          are   likely   to   be   involved  include
          equilibria     and     their    stability,
          oscillatory  behavior, bifurcation theory,
          diffusion  theory,  dynamical  models  and
          their  role  in  biology,  and  simulation
          tools.   While   lectures  will  focus  on
          analytical   techniques  and  mathematical
          modeling,  a project and homework exercies
          may  be  required  that will  also involve
          simulation.  Students  should have  a core
          background  in calculus, some differential
          equations,  and  some  programming.   Some
          exposure   to  linear  algebra  would  abe
          helplful, but hopefully the course will be
          self-contained  with  respect  to  biology
          background.
[3861] 0101 TuTh......10:00am-11:15am (MP  401)       BELL, J


MATH 710D Special Topics in Applied Mathematics                 1-3 credits
          Continuum Mechanics                               

          Grade Method: REG/P-F/AUD
[3862] 0101 MW.........1:00pm- 2:15pm (ACIV010)       ROSTAMIAN, R


MATH 799  Master's Thesis Research                              1-6 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


MATH 898  PRE CANDIDACY DOCTORAL RESEARCH                       1-6 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


MATH 899  Doctoral Dissertation Research                          6 credits

(PermReq) Grade  Method: P-F  Individual Instruction
          course:  contact department  or instructor
          to obtain section number.


MATH 999  Leave of Absence                                        No credit

(PermReq) Grade  Method: NGI This  class is intended
          for graduate students who wish to continue
          in their degree programs, but who will not
          study in the Spring 2005 semester. Contact
          your   departmental   advisor  or  program
          director  for  permission  to  temporarily
          interrupt your studies.
[3974] 0101 Time and room to be arranged              STAFF


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