Abstract: Policy based routing in networks including software-based networks is disclosed. Packets ingested into a software defined network are altered to include a label header that identifies a source and destination of a packet. If the packets leave or egress the network, the packets are converted back to regular packets by removing the label header. Adding the label header reduces overhead. Further routing can be performed while enforcing policies.

Abstract: Techniques described herein relate to a method for managing transactions in a distributed ledger. The method includes obtaining a transaction request from a client; in response to obtaining the transaction request: verifying client information associated with the client and the transaction request; anonymizing the transaction request to generate an anonymous transaction request; updating client payload mappings based on the anonymous transaction request; shuffling the anonymous transaction request with a batch of requests to generate a shuffle index; assigning the batch of requests to virtual users to generate virtual user assignments; and processing the transaction request using the batch of requests.

Abstract: Techniques described herein relate to a method for managing transactions in a distributed ledger. The method includes obtaining a transaction request from a client; in response to obtaining the transaction request: verifying client information associated with the client and the transaction request; anonymizing the transaction request to generate an anonymous transaction request; updating client payload mappings based on the anonymous transaction request; shuffling the anonymous transaction request with a batch of requests to generate a shuffle index; assigning the batch of requests to virtual users to generate virtual user assignments; and processing the transaction request using the batch of requests.

Abstract: One example method includes collecting data concerning operation of a vehicle, and the collecting is performed by one or more sensors of the vehicle, storing the data in the data storage locally at the vehicle, automatically caching the stored data in the cache memory locally at the vehicle, and uploading the cached data to a node over a THz wireless link. The stored data may be automatically cached according to requirements specified in a data model, and the cached data may be prioritized for uploading according to requirements specified in the data model.

Abstract: A computer system and method for maintaining and using a domain ontology. The computer system includes a triple store comprising a domain ontology, a computer-readable tangible medium comprising software instructions, and a processor configured to access the computer-readable tangible medium to load and execute the software instructions. The software instructions provide a write service configured for receiving a request from a client interface of an authenticated user to edit the domain ontology of the triple store and an interface for updating the domain ontology based on the received request. The method includes steps of providing access to a domain ontology stored on a triple store, receiving a request from a client interface of a first client computer an authenticated user to edit the domain ontology of the triple store, and updating the domain ontology based on the received request by storing updates to the domain ontology in the triple store.

Abstract: One example method includes collecting data concerning operation of a vehicle, and the collecting is performed by one or more sensors of the vehicle, storing the data in the data storage locally at the vehicle, automatically caching the stored data in the cache memory locally at the vehicle, and uploading the cached data to a node over a THz wireless link. The stored data may be automatically cached according to requirements specified in a data model, and the cached data may be prioritized for uploading according to requirements specified in the data model.

Abstract: A computer system and method for maintaining and using a domain ontology. The computer system includes a triple store comprising a domain ontology, a computer-readable tangible medium comprising software instructions, and a processor configured to access the computer-readable tangible medium to load and execute the software instructions. The software instructions provide a write service configured for receiving a request from a client interface of an authenticated user to edit the domain ontology of the triple store and an interface for updating the domain ontology based on the received request. The method includes steps of providing access to a domain ontology stored on a triple store, receiving a request from a client interface of a first client computer an authenticated user to edit the domain ontology of the triple store, and updating the domain ontology based on the received request by storing updates to the domain ontology in the triple store.