PCM picture transmission.
PCM picture transmission, pseudorandom scanning, noise, bandwidth compression and digital simulation
BANDWIDTH↗
Engineering topics
Huang, T. S.
Publications and source records attributed to Huang, T. S..
Resistance of an n-dimensional cube.
Resistance across opposite vertices of n- dimensional cube with each edge at one ohm resistance expressed by equivalent circuit
RESISTANCE DEVICE↗
Some mapping properties of rc and rl driving- point impedance functions.
Mapping properties of RC and RL driving point impedance functions in right half of frequency plane
MAPPING↗
The power density spectrum of television random noise.
Two-dimensional power density spectrum of television random noise in terms of one- dimensional spectrum of noise considered as time function
POWER SPECTRUM↗
Bounds on two-element-kind impedance functions.
Impedance functions of two-element-kind networks
IMPEDANCE MATCHING↗
Bounds on impedance functions of r, plus or minus l, plus or minus c, t networks.
Impedance function bounds on positive-negative RLC networks containing ideal transformers
ELECTRIC IMPEDANCE↗
The subjective effect of two-dimensional pictorial noise.
Subjective effects of class of independent additive rectangular low pass Gaussian /TV/ PICTORIAL noise
GAUSSIAN NOISE↗
Research in picture processing.
Digital computer research program for reducing bandwidth schemes and quality for picture transmission
DIGITAL SIMULATION↗
Outer and inner bounds on driving-point impedance functions of LLFP networks.
Outer and inner bounds on driving-point impedance functions of LLFP networks with various resistance and reactance configurations
ELECTRIC IMPEDANCE↗
Pseudorandom scanning.
Sequential and pseudorandom scanning methods in television reception
PSEUDORANDOM SIGNAL↗
Some comments on pseudorandom scanning
Explore the source record for details and available documents.
Huang, T. S.↗
Processing and transmission of information
Effects of noise in picture processing & coding color pictures, sequential decoding facility, and error bound for fixed-time continuous channels
CHANNEL↗