Abstract: A method and system for image search, the method comprising: receiving an indication regarding at least one feature of at least one image from a collection of images; creating an updated search algorithm according to the indication; and providing an updated collection of images by using the updated search algorithm.

Abstract: A method and system for image search, the method comprising: receiving an indication regarding at least one feature of at least one image from a collection of images; creating an updated search algorithm according to the indication; and providing an updated collection of images by using the updated search algorithm.

Abstract: A method and system for image search, the method comprising: receiving an indication regarding at least one feature of at least one image from a collection of images; creating an updated search algorithm according to the indication; and providing an updated collection of images by using the updated search algorithm.

Abstract: Disclosed is a dynamic fault tree analysis system including a fault tree module associated with a mission critical system (mcs), wherein said fault tree module includes at least one item characterized by an initial probability density function (pdf), at least one threshold value associated with the mcs, a sampling module to transform the initial pdf to a heterogeneous pdf (hpdf), wherein the hpdf includes at least one continuous segment and at least one discrete segment, and wherein transition between segments is at least partially based on the at least one threshold; and a stochastic simulator to determine the probability of an mcs failure condition by analyzing the fault tree module using the heterogeneous pdf.

Abstract: A method and system for image search, the method comprising: receiving an indication regarding at least one feature of at least one image from a collection of images; creating an updated search algorithm according to the indication; and providing an updated collection of images by using the updated search algorithm.

Abstract: Disclosed is a dynamic fault tree analysis system including a fault tree module associated with a mission critical system (mcs), wherein said fault tree module includes at least one item characterized by an initial probability density function (pdf), at least one threshold value associated with the mcs, a sampling module to transform the initial pdf to a heterogeneous pdf (hpdf), wherein the hpdf includes at least one continuous segment and at least one discrete segment, and wherein transition between segments is at least partially based on the at least one threshold; and a stochastic simulator to determine the probability of an mcs failure condition by analyzing the fault tree module using the heterogeneous pdf.

Abstract: A method and system for image search, the method comprising: receiving an indication regarding at least one feature of at least one image from a collection of images; creating an updated search algorithm according to the indication; and providing an updated collection of images by using the updated search algorithm.

Abstract: A system and method for performing a user supervised search which uses algorithm with parameters that are updated based on the review of the search results by the user.

Abstract: A system and method for performing a user supervised search which uses algorithm with parameters that are updated based on the review of the search results by the user.

Abstract: The invention relates to a method and a software product for selecting an optimal path in an ATM network. The proposed method of optimal path selection is applicable to quite a wide class of ATM networks or parts thereof which comprise a plurality of links satisfying the condition that each of the mandatory parameters CDV, MaxCTD and AW has one value symmetric to both directions of a link. Such a plurality of links and value of its parameters may, for example, be obtained after applying a GCAC algorithm to the initial network description, and is represented in the form of a network database.

Abstract: The invention relates to a method and a software product for selecting an optimal path in an ATM network. The proposed method of optimal path selection is applicable to quite a wide class of ATM networks or parts thereof which comprise a plurality of links satisfying the condition that each of the mandatory parameters CDV, MaxCTD and AW has one value symmetric to both directions of a link. Such a plurality of links and value of its parameters may, for example, be obtained after applying a GCAC algorithm to the initial network description, and is represented in the form of a network database.