Abstract: The present invention relates to a novel and distinct cultivar of Perilla frutescens designated as ‘CAP HEMA’ The new cultivar is rich in omega-3 and having high seed and fatty oil yield. A method for producing new cultivar of Perilla frutescens plant which comprises selection of half-sib family from wild type populations. The method further comprises evaluation for the yield attributing characters of selected strains in field conditions. The genotype produced is distinct, uniform and stably maintained by continuous rouging of off types in the population at early seedling stage from nursery itself and suitable for commercial cultivation.

Abstract: The present invention relates to a novel and distinct cultivar of Perilla frutescens designated as ‘CAP HEMA’ The new cultivar is rich in omega-3 and having high seed and fatty oil yield. A method for producing new cultivar of Perilla frutescens plant which comprises selection of half-sib family from wild type populations. The method further comprises evaluation for the yield attributing characters of selected strains in field conditions. The genotype produced is distinct, uniform and stably maintained by continuous rouging of off types in the population at early seedling stage from nursery itself and suitable for commercial cultivation.

Abstract: The present invention relates to a current conveyor circuit capable of operating at very low voltages, said circuit comprising: three LVCM's and four MOSFETS, wherein LVCM1 provides a constant bias current to flow through M3, if port X is kept open and the difference between the bias current and the injected current flows through M3 if a current is injected into port X, which gets reflected at port Z due to the action of LVCM1, M3 and M4, LVCM2 maintains the drain currents of M1 and M2 constant, and LVCM3 maintains a constant tail current in the circuit.

Abstract: The present invention relates to a current conveyor circuit capable of operating at very low voltages, said circuit comprising: three LVCM's and four MOSFETS, wherein LVCM1 provides a constant bias current to flow through M3, if port X is kept open and the difference between the bias current and the injected current flows through M3 if a current is injected into port X, which gets reflected at port Z due to the action of LVCM1, M3 and M4, LVCM2 maintains the drain currents of M1 and M2 constant, and LVCM3 maintains a constant tail current in the circuit.

Abstract: A system that defines a wire curve deformation primitive with a free-form parametric curve associated with the closest points to the curve on a surface of a model. The wire curve includes a radius influence defining the points on the object which will be deformed. A scale factor determines the amplitude of the scaling or point movement that is caused by the wire curve. A blending function of the wire curve defines the transition form deformed regions of the object to undeformed regions of the object. The wire curve can have associated with it holder curves defining the domain of deformation about an object caused by one or more wires. A holder curve holds the points of the object in place. Locators are used to define different parameters values along the wire curve. Changes in parameter values around the locators are accomplished by interpolation. Deforming includes preprocessing steps as well as deformation stage operations.