2016
Cooperative Vehicle Monitoring and Anomaly Detection
Y Allouche, Y Gilad, O Margalit and Y Wolfsthal
US Patent Application 14/991,961
Abstract
A cooperative vehicle monitoring method including, at an intravehicular monitor configured with each of a plurality of vehicles, gathering any in-vehicle data associated with the vehicle, detecting any intravehicular anomaly associated with the vehicle by analyzing the in-vehicle data, and reporting intravehicular information including any of the detected intravehicular anomaly and the in-vehicle data, and, at an extravehicular monitor, detecting any anomaly by analyzing the reported intravehicular information in combination with extravehicular data that are external to the plurality of vehicles, and reporting any of the intravehicular information, the extravehicular data, and any anomaly detected at the extravehicular monitor.
Object Oriented Networks
K Barabash, R Cohen, L Lewin-Eytan, B Rochwerger and Y Wolfsthal
US Patent 9,313,096
Abstract
An approach is provided in which a system creates a network application model that includes network policy objects and connection rules corresponding to sending data between the network policy objects. The system converts the network application model to network configuration information, which links the network policy objects to the connection rules. In turn, a network control plane is configured based upon the network configuration information to map the network application model to a physical infrastructure.
2004
Target Design Model Behavior Explorer
I Beer, E Dichterman, L Gluhovsky, A Gringauze, Y Malka, Y Wolfsthal and S Ben-David
US Patent 6,691,078
Abstract
A method for exploring the behavior of a design model, the method including the steps of providing a design model represented as a Finite State Machine (FSM). The method further includes the step of providing a path specification of interest. The method further includes the step of exploring the behavior of the design in order to find and present a scenario in the design that meets the path specification.
1995
Method and System for Interfacing Interpreted Applications with Compiled Procedures Using Signature Files
D T Chang, Y Wolfsthal
US Patent 5,469,574
Abstract
Method and system for processing an interpretable program having calls to a separately compiled procedure is described. The interpreter uses a predefined signature file (SIGFILE) to identify the arguments and result of the separately compiled procedure. The interpreter then generates source code for a call file (CALLFILE) from the information in the signature file. The CALLFILE procedure accepts the arguments for the separately compiled procedure from the interpreter and passes the arguments to the separately compiled procedure. The result, if any, of the separately compiled procedure is returned to the CALLFILE which in turn returns the result to the interpreter. A CALLFILE procedure may be used for more than one separately compiled procedure by passing in the address of the particular separately compiled procedure which is to be called.
4