147results about How to "Improve bandwidth performance" patented technology

A chip integrated waveguide feeding print antenna is composed by a chip with its two metal sides being transfixed with metal through holes in array. The two metal sides are in axial symmetry. There is an intergrading section to one side of the waveguide centerline on two surface of the chip linking with transmission line. To the outer end of the intergrading section links a vibrator antenna. To the opposite side of the intergrading section on the waveguide links a micro-strip intergrading commutator linking with micro-strip transmission line.

A switch to switch protocol for network load balancing which negotiates among switches operable in accordance with the invention to assign a unique loop bit offset identifier value to each switch. Various other load balancing protocols associated with the switches then utilize the loop bit offset value as an identifier field when determining loops in the network of switches and costs associated with non-looped paths in the switches. A loop bit offset identifier requires less switch processing overhead than techniques which utilize an entire address value (i.e., MAC address value) for such protocols. Further, the loop bit offset identifier assigned by the present invention reduces the size of load balancing related packets. Specifically, cost computation related packets are reduced in size to the minimum 64 byte packet size through use of the loop bit offset identifier value of the present invention.

An apparatus for converting a manned aircraft for unmanned flight, the aircraft including at least one pilot control capable of manipulation to affect operation of the aircraft, the apparatus comprising a first actuator and a second actuator each configured to selectively provide movement or resistance to movement in a first manner including linear or rotational motion, a first clutch and a second clutch each configured to selectively couple movement of the associated actuator to the pilot control, and a vehicle controller capable of being selectively enabled to operate the pilot control actuators and clutches providing unmanned operation of the aircraft or disabled providing manned operation of the aircraft. The first actuator has a first scope describing a first amount of allowable movement, while the second actuator has a second scope larger than the first scope.

An apparatus for converting a manned aircraft of a type including at least one pilot control capable of manipulation to affect operation of the aircraft for unmanned flight operations includes first and second actuators, each configured to selectively provide movement or resistance to movement in a first manner including linear or rotational motion, first and second clutches, each configured to selectively couple movement of the associated actuator to the pilot control, and a vehicle controller capable of being selectively enabled to operate the pilot control actuators and clutches and thereby provide unmanned operation of the aircraft, or of being disabled, thereby providing for manned operation of the aircraft. The first actuator has a first scope describing a first amount of allowable movement, while the second actuator has a second scope larger than the first scope.

The invention relates to a high-bandwidth anti-bending multimode fiber which comprises a core layer and a wrapping layer. The refractive index section of the core layer is a parabola, and the distribution index is alpha. The high-bandwidth anti-bending multimode fiber is characterized in that the radius R1 of the core layer is 23-27 [mu]m, the maximum relative refraction index difference delta 1max of the center of the core layer is 0.9-1.2%, the core layer is a germanium-fluoride co-doped silicon dioxide glass layer, the center of the core layer has the minimum fluorine doping amount, the fluorine content mass percent is , and the fluorine content mass percent of the core layer varies with the radius and is distributed according to a function. The wrapping layer sequentially comprises an inner wrapping layer, a recessed wrapping layer and an outer wrapping layer from inside to outside. The bandwidth-wavelength sensitivity is reduced while the bandwidth performance is improved. The high-bandwidth anti-bending multimode fiber not only can be compatible with an existing OM3 / OM4 multimode fiber, but also can support a wavelength-division multiplexing technology within the wavelength range of 850-950 nm, and the optical fiber transmission capacity is improved effectively. The high-bandwidth anti-bending multimode fiber has excellent bending resistance and can be suitable for an access network and a small optical device.