Load Balancing. LightEdge offers a Load Balancing Service. This service tracks network sessions and server availability in real time, directing each session to the most appropriate server. This service is available for additional monthly fees on a per real server basis. A real server is defined as each distinct IP configured in the load balancing devices and designated as a valid destination for sessions.
Load Balancing. If a full-time contract or regular instructor is assigned a load greater or less than that considered a full load for a given semester because of special needs of the District, the instructor's load will be adjusted during subsequent semesters so that over a four- semester period (two semesters in the case of a first-year teacher,) the average load will be 15 lecture hours or the equivalent per semester. The load will be calculated by the percentage method as stated in the formula: Lecture Lecture/lab Laboratory C B A Lecture Lecture/lab Laboratory
Load Balancing. Faculty workload is 30 SIU’s per academic year. Typically, the 30 SIU’s are split evenly between fall and spring semester, but by mutual agreement between the Faculty Member and School Xxxx, this load shall/may be balance between fall and spring in the same academic year. The agreement must be in place for the full academic year determining the load split at the beginning of the academic year. Sections 12/3 and 12/7 are in effect regarding office hours, service to the district, and maximum loads. Faculty will be paid their full salary with any additional overload paid in the spring semester.
Load Balancing. The normal expectation is that in any academic year full-time contractual workloads will be split evenly between fall and spring semesters (15.00 contractual LHE each semester). However, faculty whose contractual workload in the fall semester exceeds 15.00 LHE may credit any portion of the excess amount to his or her spring workload obligation, but any such credit shall not exceed 3.00 LHE. Faculty may be assigned fewer than 15.00 contractual LHE in the fall semester only with the permission of the appropriate Vice President.
Load Balancing. The Operating Committee shall recommend operating policies and procedures and standard practices to the IMC to guide load balancing responsibilities performed by the Intertie Operators and any Control Area operators interconnected with the Intertie.
Load Balancing. Balancing of circuits in three-phase installation shall be plannedbefore the commencement of wiring and shall be strictly adheredto.
Load Balancing. Employees may bank up to 1.0 FTEL of overload credit and/or additional duty days in lieu of receiving pay under the following terms and conditions:
Load Balancing. MFR provides load balancing across bundle links within a bundle. If a bundle link that is chosen for transmission happens to be busy transmitting a long packet, the load-balancing mechanism can try another link, thus solving problems encountered when delay-sensitive packets have to wait. ASR1K FRF.12 Support on MFR Interfaces The ASR1K FRF.12 Support on MFR Interfaces feature enables the transport of realtime, delay-sensitive (voice) and nonrealtime, delay-insensitive (data) packets over the same, relatively slow-speed PVC. During the transmission of packets, the larger, nonrealtime packets are fragmented into a sequence of smaller, mostly fixed-sized packets, also called fragments. The realtime packets are interleaved among the fragments. While receiving the packets, the nonrealtime fragments are reassembled and the resulting packets are forwarded along with the realtime packets. This approach minimizes the delay that can occur when nonrealtime and realtime traffic flow over the same PVC.
Load Balancing. MUSL offers a Load Balancing Service. This service tracks network sessions and server availability in real time, directing each session to the most appropriate server. This service is available as part of the core hosting solution.
Load Balancing. Single-phase connections with the City are permitted at power levels up to 15 kWac. For power levels exceeding 15 kWac, a three-phase balanced interconnection will be required, unless otherwise agreed, in writing, by the City.
