Figure 1 Distal limb mounted IMUs strapped onto a standard protec

Figure 1.Distal limb mounted IMUs strapped onto a standard protective boot using Velcro. The IMUs are connected in series to two XBus Masters on the right side of the horse. The XBus Masters are plugged once into a laptop mounted on the left side of the horse. Reflective …An experienced handler walked the horses at their preferred walking speed along a 25 m runway with a centrally and seamlessly embedded 4.8 Inhibitors,Modulators,Libraries m �� 0.9 m force plate array (8 �� Kistler type 9287BA, Kistler Instrumente AG, Winterthur, Switzerland) where the force data were collected through a custom built 10-plate Interface Rack based on a Data Acquisition unit (NI-6225, National Instruments, Austin, TX, USA) filtered through a low-pass filter (?6 dB point of 100 Hz) and acquired in LabView (v. 8.6, National Instruments).
A Inhibitors,Modulators,Libraries 12-camera optical motion capture system (Qualisys Oqus 300 and 500 series, Qualisys AB, Gothenburg, Sweden) was synchronized to the force plates and used to collect 3D kinematic data. The force plates were sampling at 500 Hz and were down sampled using MATLAB (R2011a, The MathWorks Inc., Natick, MA, USA) to the 200 Hz-sampling rate of motion capture and IMUs.For synchronisation with the force plates, all limb mounted IMU’s had a 36 mm reflective marker placed over the centre of the sensor. A 26 mm reflective marker was attached to the proximal dorsal and lateral hoof wall on each leg. The left front leg IMU was tapped with a stick on which a 36 mm reflective marker was glued.
The peak in the sensor’s z-axis (approximately aligned with the Inhibitors,Modulators,Libraries horse’s latero-medial axis) accelera
In a traditional computing scheme, data processing is performed in the processors, storage takes place in memory, and the network is used for communication. Over the years, there have been several different architectures and Inhibitors,Modulators,Libraries technologies, such as centralised and distributed computing, as well as primary, secondary and cache storage devices, but the vast majority of them appear to respect the general idea that the processing, storage, and communication should be performed in the processor, memory, and network, respectively.There have not been many attempts at achieving something different, Batimastat even if the attempted variant could result in significant advantages. Consider, for example, the case of Processing in Memory (PIM) [1], which modifies slightly the concept of a traditional memory and processor.
The specific way of implementing PIM is by coupling the processor very closely with the memory, usually on the same chip. This approach will reduce the need for moving data, which is reflected in lower power consumption, reduced memory latency and increased bus bandwidth.Another interesting combination to attempt is to mix the processing with selleck chemicals the network. This concept could be called ��Process-in-Network�� (PIN), which is defined as the possibility that the network processes information as it is being transmitted.

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