| The dimension exchange method (DEM) was initially proposed as a load-balancing algorithm for the hypercube structure. It has been generalized to k-ary n-cubes. However, the k-ary n-cube algorithm must take many iterations to converge to a balanced state. In this paper, we propose a direct method to modify DEM. The new algorithm, Direct Dimension Exchange (DDE) method, takes load average in ev...

This paper concerns the influence of elastic mounting on the dynamic properties of hydrostatic control system. Digital simulation of the drives with rigid mounting and with elastically mounted load mass was performed in order to adapt their dynamic models to the physical model at the laboratory stand. The influence of parameters of the system, external load and friction on the dynamic propertie...

Parallel code presents a non-trivial problem of load balancing computational workload throughout a system of hardware and software resources. The task of load balancing is further complicated when the number of allowable processors changes through time. This paper presents a two-component load-balancing mechanism using optimal initial workload distribution and dynamic load maintenance. The init...

The legacy electrical grid upper-bounds a customer’s energy demand using a circuit breaker. The breaker is conservatively sized so that it rarely ‘trips,’ interrupting supply and inconveniencing the customer. This results in a system whose peak load can be much higher than its average load. Such a system can be made reliable only by being provisioned, at great cost, for infrequent peaks. The go...

Next generation aircraft with a large number of actuators will require advanced control allocation methods to compute the actuator commands needed to follow desired trajectories while respecting system constraints. Previously, algorithms were proposed to minimize the l1 or l2 norms of the tracking error and of the actuator deflections. The paper discusses the alternative choice of the l∞ norm, ...

Next-generation aircraft with a large number of actuators will require advanced control allocation methods to compute the actuator commands needed to follow desired trajectories while respecting system constraints. Previously, algorithms were proposed to minimize the l1 or l2 norms of the tracking error and of the actuator deflections. This paper discusses the alternative choice of the l1 norm,...

This paper presents the use of intelligent system with Supervisory control and data acquisition system (SCADA) Software and hardware components platform like PLC considered as the main contents of this project. SCADA software enables us to monitor, record data whenever required from the hardware installed and gives the status of the main power system components like motors, relays, panels, feed...

This paper introduces a new method for calculating upper bounds on sys_________te~thrQughpuLratcs~multiple-cla.s!Lclosed-queueing--.netwoILmodeIs_when _ any lower bounds are known. The lower (pessimistic) bounds used here are multiple class balanced job bounds. The new technique for calculating upper (optimistic) bounds is independent of the system load. The space-time computational costs are l...

In the field of power systems there is an active research on methods to limit the peak load of power demand. Recently, a new approach to the automatic management of electric loads has been proposed, which is based on scheduling techniques derived from real-time computing systems. The research on real-time scheduling encompasses several aspects, including scheduling algorithms and analysis techn...