Abstract: Methods and systems are provided for a cooling system for a vehicle having a fuel cell system. The cooling system comprises a first cooling circuit configured to cool a first set of vehicle components and a second cooling circuit configured to cool a second set of vehicle components. The fuel cell system is distributed between the first set of vehicle components and the second set of vehicle components.

Abstract: An apparatus and method for determining stroke volume. The apparatus receives an arterial pressure waveform and is arranged to correct a part of the pressure waveform that relates to a heart beat for an influence of an ectopic heart beat, of atrial fibrillation on the pressure waveform or of changes in the pressure waveform's baseline. The apparatus also comprising means arranged to calculate the stroke volume from the corrected waveform.

Abstract: Systems and methods for determining the location of a mobile robot within a data storage library and to a library including such systems and utilizing such methods.

Abstract: Systems and methods for determining the location of a mobile robot within a data storage library and to a library including such systems and utilizing such methods.

Abstract: Systems and methods for determining the location of a mobile robot within a data storage library and to a library including such systems and utilizing such methods.

Abstract: An apparatus and method for determining stroke volume. The apparatus receives an arterial pressure waveform and is arranged to correct a part of the pressure waveform that relates to a heart beat for an influence of an ectopic heart beat, of atrial fibrillation on the pressure waveform or of changes in the pressure waveform's baseline. The apparatus also comprising means arranged to calculate the stroke volume from the corrected waveform.

Abstract: Systems and methods for determining the location of a mobile robot within a data storage library and to a library including such systems and utilizing such methods.

Abstract: A method of setting or adjusting a cardiac pacemaker in a patient diagnosed with cardiac asynchrony, which method comprises the steps of: i) implanting cardiac pacing wires into at least the right ventricle and the left ventricle of the heart of the patient, ii) continuously monitoring and recording the cardiac output, nominal stroke volume and/or arterial pressure of the patient on a beat-by-beat basis, iii) continuously monitoring and recording the respiratory cycle of the patient, and iv) adjusting the conduction delay between the electronic impulses to the cardiac pacing wires until a synchronization of respiratory changes with changes in the cardiac output, stroke volume or arterial pressure of the patient is obtained.

Abstract: A method for the measurement of post arteriolar pressure in a patient which is determined from information regarding the blood pressure (BP), systemic vascular resistance (R) and cardiac output (CO) by plotting the regression line for the equation BP=R×Q+c where c is the post arteriolar pressure, and determining the value of c from the regression line.

Abstract: A method for the measurement of post arteriolar pressure in a patient which is determined from information regarding the blood pressure (BP), systemic vascular resistance (R) and cardiac output (CO) by plotting the regression line for the equation BP=R×Q+c where c is the post arteriolar pressure, and determining the value of c from the regression line.

Abstract: A computer processing system containing a plurality of identical processor elements each of which does not retain execution state information from prior operations. The plurality of identical processor elements operate on a statically compiled program which, based upon detected natural concurrencies in the basic blocks of the programs, provide logical processor numbers and an instruction firing time to each instruction in each basic block. Each processor element is capable of executing instructions on a per instruction basis such that dependent instructions can execute on the same or different processor elements. A given processor element is capable of executing an instruction from one context followed by an instruction from another context through use of shared storage resources.

Abstract: A system and method reorder instructions for effecting faster branch execution. A processor element is coupled to receive stored instructions in a first order, and to process the received instructions in a different order, the processing occurring after each stored instruction of a first type is issued, and after a delay time, after each stored instruction of a second type is issued. The delay time is based on a delay value associated with the second type of instructions. In particular, the instructions include branch and non-branch instruction wherein firing time information identifies a time of execution of the branch instruction which is a variable number of instructions cycles prior to a time of execution of a last to be executed instruction in a basic block. Accordingly, branch instructions can be completely executed no later than during the processing of the last to be executed non-branch instruction in the basic block thereby speeding up overall processing of the software program by the system.