Abstract: The present invention relates to food compositions, in particular food compositions comprising a dispersion of particles in a continuous fat phase, the particles comprising fat droplets dispersed within an amorphous continuous phase. Further aspects of the invention are a process for manufacturing a food composition and the use of particles comprising fat droplets dispersed in an amorphous continuous phase to reduce the sucrose content and/or the saturated fatty acid content of a fat-continuous confectionery product.

Abstract: An aspect of the present invention facilitates identification of custom rendezvous points between users and vehicles plying on custom routes. In one embodiment, a system on board the vehicle receives notifications from users while the vehicle is plying/in transit on the custom route. The system determines the respective transit states (capturing the static and/or dynamic aspects) of the vehicle corresponding to the notifications. The system then inspects the transit states to identify the rendezvous points between the users and the vehicle plying on the custom route. The users by providing the notifications at different time instances (that is, when the vehicle is at different locations/points on the custom route) can cause different “custom” rendezvous points to be identified based on the preferences of the users using the vehicle.

Abstract: A managment station responds to an HTTP request for device discovery by spawning a device discovery task that creates a linked list and first broadcasts UDP based requests out on a subnetwork for devices on the same subnetwork to respond. Device information from responding network devices is stored in a linked list. This process is repeated until a specified length of time has expired. Then a second broadcast request is sent out that includes a list of printers that have responded so that they will nor keep responding. The list is updated by responses until there are no more responses. Any nodes in the linked list that still only have a network address are upadated by sending a unicast SNMP request those network addresses in order to get the additional information. The data from the linked list is sent back to the HTTP client.

Abstract: A management station responds to an HTTP request for device discovery by spawning a device discovery task that creates a linked list and first broadcasts UDP based requests out on a subnetwork for devices on the same subnetwork to respond. Device information from responding network devices is stored in a linked list. This process is repeated until a specified length of time has expired. Then a second broadcast request is sent out that includes a list of printers that have responded so that they will nor keep responding. The list is updated by responses until there are no more responses. Any nodes in the linked list that still only have a network address are updated by sending a unicast SNMP request those network addresses in order to get the additional information. The data from the linked list is sent back to the HTTP client.