Srinivas Kandala

age ~56

from Morgan Hill, CA

Also known as:
  • Sriniva Kandala
  • Spinivas Kandala
  • Srinivasa Kandala
  • Kandala Kandala
  • Srinivas Kandla

Srinivas Kandala Phones & Addresses

  • Morgan Hill, CA
  • Gilbert, AZ
  • 1036 Bentoak Ct, San Jose, CA 95129 • 4084460211
  • 21327 Glen Pl, Cupertino, CA 95014 • 4084460211
  • 8701 54Th St, Vancouver, WA 98662 • 3608836868
  • 19005 19Th St, Vancouver, WA 98683 • 3608836868
  • Camas, WA
  • 1036 Bentoak Ln, San Jose, CA 95129 • 4084460211

Education

  • Degree:
    Graduate or professional degree

Resumes

Srinivas Kandala Photo 1

Srinivas Kandala

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Location:
18833 White Moon Dr, Morgan Hill, CA
Industry:
Wireless
Work:
Mimosa Networks
Skills:
Embedded Software
Embedded Systems
Wireless
Signal Processing
Firmware
Soc
Ieee 802.11
Semiconductors
Device Drivers
Rtos
Asic
Wifi
Rf
Digital Signal Processors
Debugging
Arm
Languages:
English
Srinivas Kandala Photo 2

Srinivas Kandala

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Srinivas Kandala Photo 3

Srinivas Kandala

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Us Patents

  • Data Unit Detection Including Antenna Diversity

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  • US Patent:
    6505037, Jan 7, 2003
  • Filed:
    Feb 23, 2000
  • Appl. No.:
    09/510907
  • Inventors:
    Srinivas Kandala - Vancouver WA
  • Assignee:
    SHARP Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04Q 700
  • US Classification:
    4552772, 4552321, 4552451
  • Abstract:
    A system adjusts a receiving device in response to sensing symbols. An automatic gain control is adjusted in response receiving a first symbol of a data unit from a first antenna. After adjusting the automatic gain control at least a second and a third symbol of the data unit are received, and in response thereto (1) a first energy of at least one of the second and third symbols is calculated, (2) a first frequency offset of at least one of the second and third symbols is calculated, and (3) a first temporal offset of at least one of the second and third symbols is calculated. The automatic gain control in response receiving a fourth symbol of the data unit from a second antenna is received. After adjusting the automatic gain control at least a fifth and a sixth symbol of the data unit is calculated, and in response thereto (1) a second energy of at least one of the fifth and sixth symbols is calculated, (2) a second frequency offset of at least one of the fifth and sixth symbols is calculated, and (3) a second temporal offset of at least one of the fifth and sixth symbols is calculated. At least one of the first and second antenna is selected based upon a comparison between the first and second energy.
  • Data Unit Detection Including Antenna Diversity

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  • US Patent:
    6856795, Feb 15, 2005
  • Filed:
    Jan 6, 2003
  • Appl. No.:
    10/337551
  • Inventors:
    Srinivas Kandala - Vancouver WA, US
  • Assignee:
    Sharp Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04Q007/00
  • US Classification:
    4552772, 4552321, 4552451
  • Abstract:
    A system adjusts a receiving device in response to sensing symbols. An automatic gain control is adjusted in response receiving a first symbol of a data unit from a first antenna. After adjusting the automatic gain control at least a second and a third symbol of the data unit are received, and in response thereto (1) a first energy of at least one of the second and third symbols is calculated, (2) a first frequency offset of at least one of the second and third symbols is calculated, and (3) a first temporal offset of at least one of the second and third symbols is calculated. The automatic gain control in response receiving a fourth symbol of the data unit from a second antenna is received. After adjusting the automatic gain control at least a fifth and a sixth symbol of the data unit is calculated, and in response thereto (1) a second energy of at least one of the fifth and sixth symbols is calculated, (2) a second frequency offset of at least one of the fifth and sixth symbols is calculated, and (3) a second temporal offset of at least one of the fifth and sixth symbols is calculated. At least one of the first and second antenna is selected based upon a comparison between the first and second energy.
  • Extension Of Wireless Local Area Network Communication System To Accommodate Higher Data Rates While Preserving Legacy Receiver Features

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  • US Patent:
    6882679, Apr 19, 2005
  • Filed:
    Dec 29, 2000
  • Appl. No.:
    09/753048
  • Inventors:
    V. Srinivasa Somayazulu - Tigard OR, US
    Srinivas Kandala - Vancouver WA, US
    John M. Kowalski - Vancouver WA, US
    Chan K. Park - Glendale CA, US
  • Assignee:
    Sharp Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04B001/69
    H04B015/00
    H04L027/20
  • US Classification:
    375146, 375308, 375200
  • Abstract:
    In a direct sequence spread spectrum data communication system an information bit is mixed with a pseudorandom noise or spreading code to produce modulated codeword for transmission. A method of bandwidth efficient M-ary phase shift key modulation encoding at least 16 bits of data to a single codeword is disclosed for extending the data rate of a spread spectrum system. Interoperability with legacy devices is maximized by maintaining structural similarity between the modulated waveforms of the extended data rate and legacy systems.
  • Devices, Methods And Software For Centralized Session Planning While In A Dcf Mode

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  • US Patent:
    7050459, May 23, 2006
  • Filed:
    Mar 30, 2001
  • Appl. No.:
    09/823407
  • Inventors:
    Srinivas Kandala - Vancouver WA, US
  • Assignee:
    Sharp Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04J 3/22
    H04J 3/16
  • US Classification:
    370469, 370346, 370449
  • Abstract:
    Devices, softwares and methods for centralized session planning while in a DCF mode. An access point plans centrally a schedule of individual sessions with each station. Then it announces to each peripheral station the onset of the session by a polling pulse that includes the return address of a MAC layer of the station. The addressed peripheral device then transmits data from its MAC layer.
  • Devices, Softwares And Methods For Advancing Scheduling Of Next Contention Session Upon Premature Termination Of Contention Free Exchange

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  • US Patent:
    7187668, Mar 6, 2007
  • Filed:
    Nov 27, 2001
  • Appl. No.:
    09/995296
  • Inventors:
    Srinivas Kandala - Vancouver WA, US
  • Assignee:
    Sharp Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04Q 7/24
    H04L 12/26
    H04L 12/413
    H04J 3/02
  • US Classification:
    370338, 378252, 378462, 378445
  • Abstract:
    Devices, softwares and methods advance the scheduling of a next contention session upon premature termination of a contention free session. A Hybrid Coordinator detects when the exchange of wireless transmissions finishes before the contention free window is scheduled to end. Upon such detection, the Hybrid Coordinator transmits a notification to advance the scheduling of the next contention session. Upon sensing the notification, contention resumes by the participating peripherals.
  • System Clock Synchronization In An Ad Hoc And Infrastructure Wireless Networks

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  • US Patent:
    7239626, Jul 3, 2007
  • Filed:
    Jun 30, 2004
  • Appl. No.:
    10/882918
  • Inventors:
    Srinivas Kandala - Vancouver WA, US
    John Michael Kowalski - Camas WA, US
    Richard Thomas Bennett - Vancouver WA, US
  • Assignee:
    Sharp Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04Q 7/24
  • US Classification:
    370349, 370350
  • Abstract:
    A method of synchronizing clocks in the stations of ad hoc and infrastructure networks includes providing a time stamp field in a header; reading the header by all stations in a network; extracting the time stamp information from the header by each station in the network as time information; sending extracted time information to a station clock; and adjusting the station clock as a function of the extracted time information. A system for synchronizing clocks in the stations of ad hoc and infrastructure networks includes a DLL having a comparator for receiving the time stamp information and a low-pass filter having a long time-constant for adjusting the station clock in a gradual manner; a time stamp field in a header; and time information extracted from the time stamp information of the header by each station in the network.
  • Methods And Systems For Quality Of Service In Networks Comprising Wireless Devices

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  • US Patent:
    7272119, Sep 18, 2007
  • Filed:
    May 10, 2002
  • Appl. No.:
    10/063756
  • Inventors:
    William Michael Rudnick - Pittsford NY, US
    John M. Kowalski - Camas WA, US
    Srinivas Kandala - Cupertino CA, US
  • Assignee:
    Sharp Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04Q 7/00
  • US Classification:
    370329, 370341, 370346, 370444, 370455
  • Abstract:
    Embodiments of the present invention comprise systems and methods for providing transmission priority to stations in a wireless LAN system.
  • Ieee 802.11 Burst Acknowledgement Interface

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  • US Patent:
    7304973, Dec 4, 2007
  • Filed:
    Jun 30, 2003
  • Appl. No.:
    10/610172
  • Inventors:
    Srinivas Kandala - Vancouver WA, US
  • Assignee:
    Sharp Laboratories of America, Inc. - Camas WA
  • International Classification:
    H04Q 7/24
    H04J 3/16
  • US Classification:
    370338, 37039554, 370445, 370471, 714749
  • Abstract:
    A system and method are provided for defining a Burst ACK interface in an IEEE 802. 11 network. The method comprising: using Burst ACK primitives to negotiate between peer station management entities (SMEs); establishing an interface between peer MAC entities associated with the SMEs; and, in response to negotiating with the Burst ACK primitives, using a Burst ACK protocol to communicate information between peer Quality of Service (QoS) stations (QSTAs) associated with the SMEs. Using a Burst ACK protocol to communicate information between peer QSTAs includes communicating between the peer MAC entities. In some aspects, establishing an interface between peer MAC entities includes each MAC entity: transceiving Burst ACK primitives with an associated SME; converting between Burst ACK primitives and physical layer communication MAC frames; and, transceiving communication physical layer MAC frames with a peer MAC entity, via the physical layer communication MAC frames.

Googleplus

Srinivas Kandala Photo 4

Srinivas Kandala

Work:
Microsoft - Principal Test Manager
INRIX - QA Engineering Manager (2005-2009)
Intuit Inc. - DBA (1995-1997)
Education:
University of Washington - Information Management, University of Illinois at Chicago - Computer Science, Manipal Institute of Technology - Computer Engineering
Srinivas Kandala Photo 5

Srinivas Kandala

Srinivas Kandala Photo 6

Srinivas Kandala

Srinivas Kandala Photo 7

Srinivas Kandala

Srinivas Kandala Photo 8

Srinivas Kandala

Srinivas Kandala Photo 9

Srinivas Kandala

Youtube

Kamala Sulochana by Kandala Srinivas Repalle

Kamala Sulochana Geetham on Violin played by Sri Kandala Srinivas, Sus...

  • Category:
    Music
  • Uploaded:
    23 Mar, 2011
  • Duration:
    2m 57s

Plaxo

Srinivas Kandala Photo 10

Srinivas Kandala

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Issaquah, WASenior Test Manager at Microsoft Past: Engineering Manager at INRIX, Lead Software Developer in Test at Microsoft

Facebook

Srinivas Kandala Photo 11

Kandala Srinivas Reddy

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Srinivas Kandala Photo 12

Srinivas Kandala

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Srinivas Kandala Photo 13

Kandala Srinivas

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Srinivas Kandala Photo 14

Srinivas Kandala

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Srinivas Kandala Photo 15

Srinivas Kandala

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Srinivas Kandala Photo 16

Srinivas Kandala

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Srinivas Kandala Photo 17

Srinivas Kandala

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Srinivas Kandala Photo 18

Srinivas Kiran Kandala

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