Abstract:
The present invention provides a system for a centralized and coordinated end-to-end trading platform (1) in a computer readable medium. The system comprises a presentation layer (10) as user interface, where user requests and transactions are performed; an application layer (20) where business processes and logics are carried out, and where the user requests and transactions are processed; a service delivery layer (30), which allows other types of applications to be plugged in to the trading platform; and a persistence layer (40) where the servers and databases reside, wherein access to the servers and databases is controlled in the service delivery layer (30) by subscription. The application layer (20) provides the interface between the presentation layer (10) and the service delivery layer (30); and wherein the service delivery layer (30) provides the interface between the application layer (20) and the persistence layer (40). A method for a centralized and coordinated end-to-end trading platform (1) is also provided herewith.
Abstract:
The present invention provides for an imaging apparatus, which is used in a novel visual processing device, which provides assistance in parking or obstacle avoidance to the vehicle user.
Abstract:
The present invention provides for an imaging apparatus, which is used in a novel visual processing device, which provides assistance in parking or obstacle avoidance to the vehicle user.
Abstract:
The invention provides for an imaging apparatus that uses a single camera and a single lens to capture a wide-angle view of an area while the camera is positioned in a bottom up position.
Abstract:
The present invention provides a method for indentifying loitering event occurred on an object within an area of interest from a video stream. The method comprises detecting one or more the objects entering the area-of-interest; extracting (104) an entering time and properties of each of the objects; storing (104) the entering times ad properties of the objects; computing (110) a time-stamp for each object based on a difference between a current time and the entering time of the corresponding object; and identifying (112) a loitering event when the time-stamp is longer than a predetermined period.
Abstract:
A shared gain-stage circuit of a pipelined analog-to-digital converter (ADC) that allows for sharing at least one multiplying digital-to-analog converter (MDAC) (102) and at least one sub-ADC (104) between two successive stages. The at least one MDAC (102) comprises an amplifier (106), a first feedback capacitor (108), a second feedback capacitor (110), at least two sampling capacitors (112), a plurality of reference voltages and a sub- DAC (114).
Abstract:
A copolymer membrane (13) for use on an ion detective sensor as a sensing membrane, said membrane comprises a plasticizer- free copolymer including first monomer units of methyl methacrylate (11) and second monomer units of tetrahydrofurfuryl acrylate (12), wherein said copolymer is mixed with sensing components and photocured under ultraviolet (UV) light.
Abstract:
The present invention discloses a method and system for use in a wireless network, whereby the present invention enables mesh communication within said network. Mesh communication between relay stations located adjacent to each other is established, either through point to multipoint or point to point transmission. The system comprises a mesh zone (100) for enabling such mesh communication which is created by a base station upon prompted within a network.
Abstract:
A device (200) and method (100) to develop a linear atomic quantum coupler comprising a plurality of mode sources and a plurality of waveguides, characterized in that the plurality of waveguides are placed in close proximity to allow exchanging of energy via evanescent waves and the plurality of waveguides comprises at least one localized and/or trapped atom, wherein the plurality of mode sources comprises means for generating a plurality of modes, and the plurality of waveguides comprises means for propagating the plurality of modes through the plurality of waveguides.
Abstract:
A model to calculate the movement risk probability of an object to deviate from a known standard path and use of the same in a surveillance system.