intracranial pressure sensors (EcoDesign Inc)
Structured Review
Intracranial Pressure Sensors, supplied by EcoDesign Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/intracranial+pressure+sensors/intracranial+pressure+sensors/10__1109_slash_tsmc__2019__2919664-59-8-5
Average 90 stars, based on 1 article reviews
Images
Related Articles
Software:Article Title: Multi‐mode control and operation of a self‐sufficient multi‐microgrid system Article Snippet: In this study, a ring-type multi-microgrid (MG) system comprising of three MGs with solar energy-based generation, wind energy-based generation, and static synchronous compensator as primary sources along with batteries as emergency back-up is proposed.. The voltage-source converters at the individual MG level serve as the interface between the neighbouring MGs and the grid.. An augmented proportional sliding-mode-control-based approach is proposed in the primary control level to improve the power quality of the system during balanced and unbalanced loading conditions. Muscles:Article Title: Multi‐mode control and operation of a self‐sufficient multi‐microgrid system Article Snippet: In this study, a ring-type multi-microgrid (MG) system comprising of three MGs with solar energy-based generation, wind energy-based generation, and static synchronous compensator as primary sources along with batteries as emergency back-up is proposed.. The voltage-source converters at the individual MG level serve as the interface between the neighbouring MGs and the grid.. An augmented proportional sliding-mode-control-based approach is proposed in the primary control level to improve the power quality of the system during balanced and unbalanced loading conditions. Vaccines:Article Title: Rigorous Error Modeling for sUAS Acquired Image-Derived Point Clouds Article Snippet: The use of small unmanned aircraft systems to collect 3-D topographic data for a variety of geophysical applications has exploded in the last decade.. These data are often produced from imagery using structure-from-motion (SfM) algorithms with or without ground control.. While the accuracy of these data products has been assessed in a number of efforts, comparatively little focus has been placed on estimating spatially varying ground-space uncertainties in final data products using rigorous error propagation methodology and uncertainty estimation. Spectroscopy:Article Title: Creating a Backscattering Side Channel to Enable Detection of Dormant Hardware Trojans Article Snippet: This paper describes a new physical side channel, i.e., the backscattering side channel, created by transmitting a signal toward the integrated circuits (ICs), where the internal impedance changes caused by on-chip switching activity modulate the signal that is backscattered (reflected) from the IC.. To demonstrate how this new side channel can be used to detect small changes in circuit impedances, we propose a new method for nondestructively detecting hardware Trojans (HTs) from outside the chip.. We experimentally confirm, using measurements on one physical instance for training and nine other physical instances for testing, that the new side channel, when combined with an HT detection method, allows detection of a dormant HT in 100% of the HTafflicted measurements for a number of different HTs while producing no false positives in HT-free measurements. other:Article Title: Digital Predistorters Go Multidimensional: DPD for Concurrent Multiband Envelope Tracking and Outphasing Power Amplifiers Article Snippet: |
