There are two types of scheduling grants, Absolute Grant (AG) and Relative Grant (RG).
In LTE, there are two types of scheduling strategies defined in the eNB control and user plane protocol architecture; dynamic scheduling at layer 2 and persistent scheduling at layer 3. Figure 3 shows an overview of the LTE eNB control and user plane and the RRM techniques mapped to each layer.
Three types of schedule can be identified: initial treatment; sequencing treatment after 2 3 years of tamoxifen; and extended treatment after 5 years of tamoxifen.
We have implemented two types of cooling schedules with an expected serial run-timen· ln2nandn3/2· ln5/2n, respectively, to reach near-equilibrium states forndisks.
Efficacy of the dim nocturnal illumination in accelerating the reentrainment was examined by subjecting the flies to two types of lighting schedules wherein the 12 h photophase was at 300 lx for all flies but the 12 h scotophase was at 0 l× (D) for the control flies and 0.03 lx, i.e., the artificial starlight (S) for the experimental flies.
Authors considered two types of migration scheduling alternatives, namely sequential migration strategy and parallel migration strategy, and results shows that trade-off exist between them.
Data collection was through a pre-tested interview schedule, two types of questionnaires and a personal observation schedule while analysis was through descriptive and inferential statistics (Chi-square) by use of SPSS software.
In the end, to illustrate the respective characteristics of CILC schemes and verify their superiorities to pure FC or pure ILC, a set of experiments including low-frequency (2 Hz) tracking and high-frequency (100 Hz) tracking are conducted with detailed comparisons among P/PI control, pure ILC with robust design, pure ILC with gain scheduling, two types of CILC, and CILC with gain scheduling.
For CFFR, on the other hand, since cluster-centre and cluster-edge users do not interfere with each other, these two types of users can be scheduled independently.
In this paper, we consider a beyond-5G scenario, where two types of users, denoted as scheduled and uncoordinated nodes, coexist on the same set of radio resources for sending data to a base station.
