Home Unobtrusive Vital Sign Acquisition in the Domain of AAL
Article Publicly Available

Unobtrusive Vital Sign Acquisition in the Domain of AAL

  • B. H. Busch EMAIL logo and R. Welge EMAIL logo
Published/Copyright: August 30, 2012

Published Online: 2012-08-30

© 2012 by Walter de Gruyter Berlin Boston

Articles in the same Issue

  1. Microring resonator arrays for label-free biochemical multiparameter analysis
  2. Characterization of Atherosclerotic Plaque Depositions in vivo by Fiber-Optic Raman Spectroscopy and ex vivo by FTIR, Raman and Non-Linear Imaging Techniques
  3. Wavelength Modulated Raman Spectroscopy for Biomedical Applications
  4. Microstructured optical fibre as biosensor for pathogen detection on DNA-level
  5. Automated universal chip platform for fluorescence based cellular assays
  6. BioMEMS for Processing and Testing of Hydrogel-Based Bio-Interfaces
  7. Microfluidic polycarbonate chip for long-term cell analyses
  8. Laser induced surface structure on stainless steel influences cell viability
  9. Biomolecular interaction analysis based on a tetraether lipid matrix
  10. Laser structuring of silica surface improves cell adhesion
  11. Low-cost electrochemical multisensor card for medical applications comprising a novel stable solid-state reference electrode
  12. Development of a novel two-channel microfluidic system for biomedical applications in cancer research
  13. Membrane based sample preparation chip
  14. Segmented flow microfluidics in multilumen tubing
  15. Automated Micro-PIV measurement in Lab-on-a-Chip systems
  16. CMOS based capacitive biosensor with integrated tethered bilayer lipid membrane for real-time measurements
  17. A Novel Bioassay for the Rapid Detection of E. coli
  18. Application of an electronic nose to detect head and neck cancer from exhaled breath
  19. Optimizing a magnetic sensor vest for cardiac source imaging
  20. TUG Test Instrumentation for Parkinson’s disease patients using Inertial Sensors and Dynamic Time Warping
  21. Signal Quality of Titanium and Titanium Nitride Coated Dry Polymer Electrodes
  22. Miniaturization and characterization of a nano flow sensor for intelligent implants
  23. Unobtrusive Vital Sign Acquisition in the Domain of AAL
  24. Loading method for discrete drug depots on implant surfaces
  25. Test of a Generator in the Rumen of Cattle for Energy Harvesting to Biosensors
  26. Polymer-based isolation of microorganism from complex media
  27. Bottom-up nanostructured metallic surfaces for SERS detection of low-molecular weight substances
  28. NIR Spectroscopy under Load - A new Method to Analyse the Functional Behaviour of Joint Cartilage
  29. Innovative plasmonic nanostructures as biosensor for DNA detection
  30. High Performance Triple LED Driver with Digitally Controlled Analog Dimming for Reflection Pulse Oximetry
  31. Magnetic Separation to Enhance the MPI Performance of Resovist®
  32. Improving the sensitivity of optical biosensors by means of Bloch surface waves
  33. Clinical MCG at room-temperature with optical sensors
  34. Generation of ready-to-use SPR chips using automated nano-spotting
  35. Capnography-based analysis of dead space in rats during spontaneous breathing and mechanical ventilation
  36. Selective Stimulation of the Vagal Nerve Reduces Blood Pressure without Side Effects
  37. Laser based rapid prototyping for imprint technology and micro fluidics
  38. A standard to measure flow rates down to 1 nl/min
  39. Using the Hot Embossing Technology for the Realization of Microtechnical Structures in Medical Imaging
  40. Material Processing with Femtosecond Laser Pulses for Medical Applications
  41. Optimization of the electrical properties of SiC-improved polyimide based thin-film electrode arrays for neuroprosthetics
  42. Determining the cut-off of 1-point-vital signs detection based of a non-linear oscillating circuit (CPR|Check®)
  43. A Study of Conditioned Flexible Electrodes In Vivo and In Vitro
  44. An experimental setup for brain activity measurement based on near infrared spectroscopy
  45. Simple Approaches to Fluorescence Lifetime Standards Using Dye-Quencher Pairs
Downloaded on 8.9.2025 from https://www.degruyterbrill.com/document/doi/10.1515/bmt-2012-4002/html
Scroll to top button