Abstract: The invention describes novel approaches for dynamic active camouflage that may be used as personal apparel as well as shell for static installations, and mobile units. This includes, but is not limited to, air units, ground units, marine units, and submersible units. Technology disclosed in this invention allows significant reduction of weight, energy consumption, and cost. It also provides significant decrease in complexity and increase in reliability. Technology also allows true blending with ambient background that is not achievable in prior art inventions and technologies.

Abstract: Methods of passive stabilization and control of relative vapor pressure at nearly saturated conditions. These methods and devices with their use are suitable for short and long term containment of microfluidic systems, live tissues, organs, plants, grocery products. Devices are extremely low cost and versatile.

Abstract: Invention discloses apparatus for parallel monitoring and control of arrays of similar processes. Method and apparatus for metrological control of planar arrays of micro-devices. Method and apparatus for remote radiation driver that actuates large linear and planar arrays of micro and nano devices. Methods include control of micro stamps arrays and arrays of microcantilevers.

Abstract: A method of building multiple input multiple output (MIMO) digital control for piecewise single way linearizable plant with hysteresis, a method of system identification that achieves predetermined accuracy across complete spectrum of response model and discovers multiple steady states of a MIMO plant, a method of real-time implementation of various optimal control inputs for a MIMO plant suitable for complete operational envelope of said plant across plurality of steady states, an algorithm and apparatus of multithreading control said MIMO plant that implements methods of the invention and satisfies requirements of high-speed control applications.