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Angelo A Bione

from Lawrenceville, GA
Age ~73
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Also known as:
Angelo Deborah Bione, Angela A Bione
Phone and address:
320 Silver Creek Run, Lawrenceville, GA 30044
(770) 935-1083
Related to:
Latanya WilliamsSean Foster, 47Mary Foster, 66Dorothy Bione
Connected to:
Mary BiorKerry S Biordi, 59Brendan A Bioren, 34Michael D Bioren, 53Edward N Biosca, 95Javier Biosca, 50Marcelo J Biott, 38Brian K Bipes, 50Robyn A Bipes, 51Eugene Bippert, 88

Angelo Bione Phones & Addresses

  • 320 Silver Creek Run, Lawrenceville, GA 30044 (770) 935-1083
  • Elmhurst, IL
  • Chicago, IL
  • 320 Silver Creek Run, Lawrenceville, GA 30044

Work

Company: Arris Sep 1995 to May 2017 Position: Senior director of product management - wireless

Industries

Telecommunications

Resumes

Resumes

Angelo Bione Photo 1

Angelo Bione

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Location:
Atlanta, GA
Industry:
Telecommunications
Work:
Arris Sep 1995 - May 2017
Senior Director of Product Management - Wireless

Publications

Us Patents

Ethernet Switch Interface For Use In Optical Nodes

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US Patent:
7639655, Dec 29, 2009
Filed:
Dec 20, 2002
Appl. No.:
10/324631
Inventors:
Angelo A. Bione - Lawrenceville GA, US
Assignee:
Scientific-Atlanta, Inc. - Lawrenceville GA
International Classification:
H04W 4/00
US Classification:
370338, 370359, 370466
Abstract:
Switch and MAC layer components are located at a headend and PHY layer components for connecting a plurality of end-user devices are located remotely at nodes. Using SSMII technology, MAC layer ports can communicate with an equal number of PHY layer interface ports serially. Thus, the MAC layer connects to the PHY layer via fiber links, a separate link being used for each direction of traffic data flow. Information data is encoded along with a frame sync signal and a clock signal into a serial stream for transmission across the network. The serial stream is decoded at the other end, and the frame sync signal is extracted to provided timing functionality. This allows full duplex operation with the MAC layer separated from the PHY layer at distances greater than a few inches. Also, user device status may be monitored at the single switch location.

Remote Control Method And System For Operating Devices Served By A Modular Multi-Media Converged Services Portal

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US Patent:
20030056225, Mar 20, 2003
Filed:
Sep 17, 2002
Appl. No.:
10/245157
Inventors:
Angelo Bione - Lawrenceville GA, US
International Classification:
H04N007/173
US Classification:
725/116000, 725/093000, 725/098000, 725/118000, 348/211990
Abstract:
A remote transmitter and receiver for remotely controlling multimedia devices served by a converged multi-media portal for coupling a plurality of multi-media signals carried on a single network medium to a plurality of corresponding multi-media devices. Each device is served by a multi-media processing modules, which receives a multi-media signal from a network interface module and routes at least one multi-media signal to a corresponding multi-media device. Each module may comprise a remote control receiver. Alternatively, a separate control module that serves other multi-media processing modules may comprise a single receiver. An instruction message is generated by the transmitter based on user input. The instruction message may be combined with an address message to provide device selectability when proximate transmitters and receivers corresponding to different devices operate at the same RF carrier frequency.

External Mid-Split Converter For Standard Cable Modem

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US Patent:
20040268402, Dec 30, 2004
Filed:
May 21, 2004
Appl. No.:
10/850617
Inventors:
Mark Bugajski - Norcross GA, US
Dana Gillfilan - Alpharetta GA, US
Angelo Bione - Lawrenceville GA, US
International Classification:
H04N007/173
US Classification:
725/111000, 725/105000, 725/121000, 725/126000
Abstract:
A direct broadcast satellite system delivers video content to a subscriber and a CATV network is used to simultaneously provide data services to the same subscriber. Since the CATV system is not used to deliver video/television programming channels, these same channels can be used to transport downstream and upstream data signals. To provide upstream performance and immunity to noise, upstream data traffic signals from a subscriber's cable modem are upconverted for transmission by channels having center frequencies higher than MHz. Circuitry combines the original output signal from the cable modem with the output of a local oscillator to raise the carrier frequency of upstream traffic before being introduced to the CATV network. Thus, upstream traffic is carried by channels higher than MHz. This upstream signal is received by a block converter that lowers the carrier frequency back to a conventional channel frequency before processing by a standard CMTS.

Wireless Docsis Modem

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US Patent:
20050084004, Apr 21, 2005
Filed:
Oct 8, 2004
Appl. No.:
10/961343
Inventors:
Angelo Bione - Lawrenceville GA, US
International Classification:
H04B001/38
US Classification:
375222000
Abstract:
A user-device combines a DOCSIS modem and an upconverter radio circuit to convert upstream traffic signals from the modem output from the 5-42 MHz range to the Lower 700 MHz Band. This upconverted signal is amplified and transmitted from an antenna, which may be located external to the device, or inside the device. A local oscillator provides the upconverter radio circuit with a periodic signal having a frequency that is sufficiently different from the combined signal from the upconverter so that filtering the periodic signal from the combined signal does not require as precise tuning as if the carrier frequencies of the periodic signal and the combined signal were closer in frequency. A diplex filter, with the antenna electrically on one side and the upconverter radio circuit and a downstream amplifier on the other, separates upstream and downstream traffic from a single antenna connection.

Method And System For Distributing Wireless Communication Signals In An Hfc Network

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US Patent:
20060029090, Feb 9, 2006
Filed:
Aug 1, 2005
Appl. No.:
11/194166
Inventors:
Angelo Bione - Lawrenceville GA, US
International Classification:
H04J 3/22
H04J 3/16
H04L 12/56
H04L 12/28
H04L 12/66
H04B 7/00
US Classification:
370419000, 370310000, 370469000
Abstract:
Wireless interface nodes couple to a wireless protocol controller over an HFC network. The wireless controller, located at the head end, interfaces the CMTS with the HFC. Thus, a conversion between standard packets and wireless protocol packets occurs; packets are transmitted/received at standard HFC frequencies to/from the wireless interface nodes. The wireless nodes upconvert downstream signals to a wireless frequency and transmit same from an antenna. Upstream signals received from wireless user devices at wireless frequencies are downconverted at the wireless node to HFC upstream frequencies. When downstream packet signals from the head end are detected, upstream signal processing at the node is disabled. If this results in loss of preamble bits, additional preamble bits may be added at the head end. Upstream processing may be disabled unless upstream packets are present. DOCSIS in-band signaling may be used to communicate control information between the head end and the wireless nodes.

Differential Sampling Circuit For Improving Signal To Noise Ratio In An Electronic Organ Having Multiplexed Keying

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US Patent:
44754302, Oct 9, 1984
Filed:
Jun 17, 1983
Appl. No.:
6/505313
Inventors:
Angelo A. Bione - Elmhurst IL
Brian M. Bagus - Bartlett IL
Assignee:
The Marmon Group, Inc. - Chicago IL
International Classification:
G10H 108
US Classification:
84 122
Abstract:
The present invention is a differential sampling circuit for improving the signal to noise ratio by eliminating d. c. level distortion in square wave signals used as components for forming a stairstep or bright wave signal in an electronic organ having multiplexed keying. The multiplexed drawbar signals for even footages at both sides of a sampling resistor are demultiplexed, applied to a sample and hold circuit and applied as inputs to a differential amplifier to cancel any fluctuations of the d. c. signal component.

Chord Recognition System For An Electronic Musical Instrument

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US Patent:
43004300, Nov 17, 1981
Filed:
Jun 7, 1978
Appl. No.:
5/913358
Inventors:
Angelo A. Bione - Chicago IL
Robert J. Sehnert - Palatine IL
Horace E. Taylor - Skokie IL
Assignee:
Marmon Company - Chicago IL
International Classification:
G10H 138
US Classification:
84 101
Abstract:
A chord recognition system for an electronic musical instrument, namely an electronic organ. A shift register receives data information from the keying lines of selected playing keys. The pattern of the received data is compared against selected normalized chord patterns in a program logic array to determine if the note input sequence is in a known musical relationship such as major, minor, minor sixth, seventh or others. A chord logic circuit receives the information from the programmed logic circuit and further reduces the information to output signals indicating a major, minor, or seventh chord and a pattern found signal. If no chord pattern is detected in the input data sequence, the register shifts the data on its first input line to its last input line and all other data is transferred downward accordingly. A counter sequences at each shift of the data input information. The shifted data is now compared in the programmed logic array as described above.

Digital Touch Responsive Tempo Generating Device

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US Patent:
40460487, Sep 6, 1977
Filed:
Jun 24, 1976
Appl. No.:
5/699329
Inventors:
Angelo A. Bione - Chicago IL
Assignee:
Hammond Corporation - Chicago IL
International Classification:
G10F 100
US Classification:
84 103
Abstract:
The present invention is directed to a digital touch responsive tempo generating device for use in an electronic musical instrument, preferably an electronic organ. The instrument player selects a desired tempo to control a standard rhythm unit or other circuit either before or during playing by repetitively actuating a touch plate at a rate corresponding to the desired tempo. A digital value related to the time interval between predetermined repetitive touches by the instrument player is stored in a digital circuit having a memory under control of a clock circuit. A tempo generator circuit coupled to the digital circuit produces tempo output pulses spaced apart as a function of the time interval between the repetitive touches.
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Angelo A Bione from Lawrenceville, GA, age ~73 Get Report