Perspective: LaGuardia Community College Newsletter [1974]

A newsletter published periodically to keep the faculty, students, staff, and community informed about the activities taking place on the campus of LaGuardia Community College Cover article: Senate Studies New Grading Policy.

Perspective: LaGuardia Community College Newsletter [1974}

A newsletter published periodically to keep the faculty, students, staff, and community informed about the activities taking place on the campus of LaGuardia Community College. Cover article: LAGUARDIA COMMUNITY COLLEGE SENATE PLAN APPROVED. Other entries: 2nd Annual Commencement Date Decided; Pan Appointed Head of Environmental Services;Students Form Choral Club, Accounting Club; Faculty and staff news.

Perspective: LaGuardia Community College Newsletter [1974]

A newsletter published periodically to keep the faculty, students, staff, and community informed about the activities taking place on the campus of LaGuardia Community College Cover article: SEVEN DISTINGUISHED GUESTS TO ATTEND SYMPOSIUM ON LAGUARDIA & ETHNIC VOTE. Other entries: BHE ADOPTS TENURE GUIDELINES AND IMPLEMENTATION STEPS; OVERFLOW AUDIENCE ATTENDS POST VISIONS OF WAR SYMPOSIUM; LAGUARDIA FLYERS SEEK FIRST BASKETBALL WIN; DIVISION OF CONTINUING EDUCATION BEGINS 3RD YEAR WITH WINTER PROGRAM; TYPING FOR HANDICAPPED PROGRAM SEEKS ADDITIONAL STUDENTS.

Perspective: LaGuardia Community College Newsletter [1973]

A newsletter published periodically to keep the faculty, students, staff, and community informed about the activities taking place on the campus of LaGuardia Community College. Cover article: CUNY CHANCELLOR KIBBEE, WOMEN'S CITY CLUB SCHEDULE VISITS HERE.

Real-Time Control Of Floods Along The Demer River, Belgium, By Means Of MPC In Combination With GA And A Fast Conceptual River Model

Climate model projections show that climate change will further increase the risk of flooding in many regions of the world. There is a need for climate adaptation, but building new infrastructure or additional retention basins has its limits, especially in densely populated areas where open spaces are limited. Another solution is the more efficient use of the existing infrastructure. This research investigates a method for real-time flood control by means of existing gated weirs and retention basins. The method was tested for the specific study area of the Demer basin in Belgium but is generally applicable. Today, retention basins along the Demer River are controlled by means of adjustable gated weirs based on fixed logic rules. However, because of the high complexity of the system, only suboptimal results are achieved by these rules. By making use of precipitation forecasts and combined hydrological-hydraulic river models, the state of the river network can be predicted. To fasten the calculation speed, a conceptual river model was used. The conceptual model was combined with a Model Predictive Control (MPC) algorithm and a Genetic Algorithm (GA). The MPC algorithm predicts the state of the river network depending on the positions of the adjustable weirs in the basin. The GA generates these positions in a semi-random way. Cost functions, based on water levels, were introduced to evaluate the efficiency of each generation, based on flood damage minimization. In the final phase of this research the influence of the most important MPC and GA parameters was investigated by means of a sensitivity study. The results show that the MPC-GA algorithm manages to reduce the total flood volume during the historical event of September 1998 by 46% in comparison with the current regulation. Based on the MPC-GA results, some recommendations could be formulated to improve the logic rules.