Abstract: A power distribution system (100, 200) is disclosed, comprising: a charging port (110, 210) for connection to an electric vehicle, EV, battery; a gas engine generator, GEG, (102, 202) configured to generate a first current output; an array (104, 204) of accumulator batteries configured to generate a second current output; a direct current to direct current, DC-DC, converter (106, 206) configured to receive the first and second current outputs and to output a regulated power supply to the charging port; and a controller (108, 208) configured to independently control: the GEG to determine the first current output; the array to determine the second current output; and the DC-DC converter to determine the regulated power supply.

Abstract: Examples relate to routing packets based on the actual congestion sensed in the minimal and the non-minimal candidate routes between a source network device and a destination network device. A packet is received at a network device in a network and all possible minimal and non-minimal candidate routes for the packet to be routed to the destination network device are determined. An adaptive weight is assigned to the non-minimal candidate routes, wherein the adaptive weight is a function of congestion of the minimal candidate routes and the non-minimal candidate routes. An optimal route is selected among the plurality of candidate routes and the packet is routed to the destination device using the optimal route.

Abstract: Examples relate to routing packets based on the actual congestion sensed in the minimal and the non-minimal candidate routes between a source network device and a destination network device. A packet is received at a network device in a network and all possible minimal and non-minimal candidate routes for the packet to be routed to the destination network device are determined. An adaptive weight is assigned to the non-minimal candidate routes, wherein the adaptive weight is a function of congestion of the minimal candidate routes and the non-minimal candidate routes. An optimal route is selected among the plurality of candidate routes and the packet is routed to the destination device using the optimal route.