Abstract: A fleet operation system includes a remote platform including a server communicatively coupled with a first vehicle and a second vehicle. The server includes an application interface. A first communication interface is operably coupled with the first vehicle. The first communication interface includes a first CAN data bus and a first data network transceiver. A second communication interface is operably coupled with the second vehicle. The second communication interface includes a second CAN data bus and a second data network transceiver. A user computing system is operably coupled with the remote platform. The user computing system is configured to receive the first set of output data and the second set of output data from the application interface.

Abstract: An emulsifiable concentrate of a phenoxy-alkanoic acid herbicide comprising a phenoxy-alkanoic acid herbicide dissolved in an amide solvent and at least one amine.

Abstract: An emulsifiable concentrate of a phenoxy-alkanoic acid herbicide comprising a phenoxy-alkanoic acid herbicide dissolved in an amide solvent and at least one amine.

Abstract: An exemplary system, method and computer-accessible medium can be provided, which can include, for example, receiving digital data related to a suspicious trade(s), determining a first entity(s) associated with the suspicious trade(s) based on the digital data, and determining a relationship between the first entity(s) and a second entity based(s) on a proximity between the first entity(s) and the second entity(s). The proximity used to determine the relationship can be a logical proximity. The logical proximity can be determined based on a communication(s) between the first entity(s) and the second entity(s).

Abstract: The present invention relates to a process for the preparation of controlled-release solid oral pharmaceutical formulations of oxcarbazepine, and the pharmaceutical formulations obtainable by said process.

Abstract: A method of creating an analogous workflow is provided. A first workflow is received at a first device, the first workflow including a plurality of first modules that are connected. A second workflow is received at the first device, the second workflow including a plurality of second modules that are connected. A third workflow is received at the first device, the third workflow including a plurality of third modules that are connected. An analogy workflow is determined based on a difference between the received first workflow and the received second workflow. The determined analogy workflow is applied to the received third workflow to define a fourth workflow. The defined fourth workflow is presented to a user at the first device. A method of identifying a workflow of a plurality of workflows is provided. A query workflow is received at a first device, which includes a plurality of modules that are connected.

Abstract: A method of and a device for supporting a collaborative workflow process that includes a plurality of workflows are provided. A first modified workflow process is received from a first device at a second device. The first modified workflow process is created by modifying an evolutionary workflow process. The first modified workflow process is compared with the evolutionary workflow process to identify a first identifier associated with an action included in the first modified workflow process and not included in the evolutionary workflow process. If the identified first identifier is included in the evolutionary workflow process is determined. If the identified first identifier is included in the evolutionary workflow process, a second identifier is defined. The defined second identifier is associated with the action. The second action is added with the associated second identifier to the evolutionary workflow process stored in a first memory accessible using the second device.

Abstract: A method of and a system for presenting a plurality of workflows that describe an evolutionary workflow process associated with creating a result are provided. A first workflow is received at a first device. The first workflow comprises a first module which applies a first instruction to form a first result. A modification of the first workflow is received at the first device. The received modification includes a second workflow which includes a second module that applies a second instruction to form a second result. The evolutionary workflow process is presented to a user at a second device. The evolutionary workflow process includes the first workflow and the second workflow and indicates a parent-child relationship between the first workflow and the second workflow.

Abstract: A method and apparatus for simulating a modification to or expansion of a communications network and for determining whether the simulated modified or expanded network meets cost criteria. First logic forecasts an increase in network traffic. Second logic simulates a modification to or expansion of the network based on the forecasted increase in network traffic and/or based on performance improvement criteria and/or based on coverage expansion criteria. Third logic determines whether the simulated modified or expanded network meets cost criteria.

Abstract: A method for encoding a non-manifold polygonal mesh operates by converting an original (non-manifold) model to a manifold model, encoding the manifold model using a mesh compression technique, and clustering, or stitching together during a decompression process, vertices that were duplicated earlier to faithfully recover the original connectivity. By separating the connectivity from model geometry and properties, the method avoids encoding vertices (and properties bound to vertices) multiple times. This provides a reduction in the size of the bit-stream compared with encoding the model as a manifold.