Shi International Corp.
Sales Manager
Shi International Corp. Jan 2014 - May 2015
Senior Inside Account Executive
Shi International Corp. Apr 2014 - May 2015
Senior Inside Account Executive - Team Lead
Shi International Corp. Mar 2013 - May 2015
Inside Account Executive
Event Management and Merchandise Oct 2010 - Mar 2013
Team Sales and Online Coordinator
Education:
Texas State University 2003 - 2008
Bachelors, Bachelor of Science, Psychology
Skills:
Leadership Solution Selling Team Building Information Technology Sales Process E Commerce Social Media Strategic Partnerships Salesforce.com Resourceful Problem Solving B2B Online Marketing Data Center Retail Account Management Sales Cold Calling Customer Retention Networking Customer Satisfaction Business Development Negotiation Team Leadership Lead Generation Sales Management Building Relationships Direct Sales Real Estate Marketing Social Networking New Business Development Training Time Management Customer Service Resellers Contract Negotiation Social Media Marketing Saas Management Project Management Problem Solving Marketing Strategy Sales Presentations Cloud Computing Crm Selling
Interests:
Family Networking Project Management Professional Growth Technology Problem Solving Sports Personal Growth Sales Friends
Michael L. Longwell - Austin TX William Daune Atwell - Spicewood TX Jeffrey Van Myers - Driftwood TX
Assignee:
Madrone Solutions, Inc - Spicewood TX
International Classification:
G11C 700
US Classification:
365222, 36523003, 365149
Abstract:
A method for operating a dynamic memory ( ) in a sleep mode. The method writes a predetermined background value to at least a background portion of the memory, and then ceases to refresh the background portion. The background value corresponds to the conductivity type of the memory cell, where N-channel devices have a low value and P-channel devices have a high value. After return from sleep mode, the voltage reference is not impacted by the residual charge in the memory cells. According to one embodiment, a refresh controller ( ) accesses a look up table ( ) to store data indicating the status of memory cells. Prescaling may then adjust the period and duty cycle of the refresh cycle in response to the inactive wordlines via a unit, such as prescaler ( ). In one embodiment, the background value is written to the inactive memory cell ( ) via sense amplifier killer circuitry ( ).
Michael L. Longwell - Austin TX William Daune Atwell - Spicewood TX Jeffrey Van Myers - Driftwood TX
Assignee:
Madrone Solutions, Inc. - Austin TX Motorola, Inc. - Shaumburg IL
International Classification:
G11C 700
US Classification:
365226, 365200, 36523003
Abstract:
A plurality of memory tiles ( ) are arranged to form a tiled memory array ( ) in an integrated circuit device ( ). In accordance with the present invention, each of the memory tiles ( ) in the tiled memory array ( ) has charge source circuitry ( ) to provide the sufficient reference voltages for proper operation of the memory tile ( ). In addition, each memory tile ( ) may include local error detection and correction circuitry ( ). To facilitate reliable operation, each memory tile may also include redundant rows and/or columns, and appropriate redundancy control circuitry ( รข).
Method For Apparatus For Tracking Errors In A Memory System
A method for tracking errors in a memory system by detecting an error in a bit of a word accessed in the memory and maintaining an error history comprising a record of each of the detected errors. The error history information may be used to configure the memory, such as to add redundancy; or may be used to adjust operating parameters of the memory, such as the periodicity of refresh and/or scrub operations; or may be used to trigger a sensing operation of other parameters in an application system. In one embodiment, a counter increments each time an error is detected and decrements when no error is detected, thereby tracking error patterns.
Method And Apparatus For Error Detection And Correction
Michael L. Longwell - Austin TX, US William Daune Atwell - Spicewood TX, US Jeffrey Van Myers - Driftwood TX, US
Assignee:
Madrone Solutions, Inc. - Spicewood TX
International Classification:
G06F 11/00 G11C 29/00
US Classification:
714800, 714763
Abstract:
A Random Access Error Detection and Correction unit (RAEDAC) that incorporates a bit-wise error detection and correction unit (BEDAC) in a memory system. In one embodiment, a word-wise error detection and correction unit (WEDAC) operates in coordination with a BEDAC that performs a bit-wise parity calculation. In another embodiment, a WEDAC operates in coordination with a full bit-wise BEDAC that calculates bit-wise check bits. The RAEDAC may be applied to create a multi-dimensional EDAC where, for example, the memory is partitioned into a stack of planes, and a stack-wise error detection and correction unit (SEDAC) is implemented.
Method And Apparatus For Error Detection And Correction
Michael L. Longwell - Austin TX, US William Daune Atwell - Spicewood TX, US Jeffrey Van Myers - Driftwood TX, US
Assignee:
Madrone Solutions, Inc. - Spicewood TX
International Classification:
G06F 11/00 G11C 29/00
US Classification:
714800, 714763
Abstract:
A Random Access Error Detection and Correction unit (RAEDAC) that incorporates a bit-wise error detection and correction unit (BEDAC) in a memory system. In one embodiment, a word-wise error detection and correction unit (WEDAC) operates in coordination with a BEDAC that performs a bit-wise parity calculation. In another embodiment, a WEDAC operates in coordination with a full bit-wise BEDAC that calculates bit-wise check bits. The RAEDAC may be applied to create a multi-dimensional EDAC where, for example, the memory is partitioned into a stack of planes, and a stack-wise error detection and correction unit (SEDAC) is implemented.
Method For Apparatus For Tracking Errors In A Memory System
Michael Longwell - Austin TX, US William Atwell - Spicewood TX, US Jeffrey Myers - Driftwood TX, US
International Classification:
H02H003/05
US Classification:
714/042000
Abstract:
A method for tracking errors in a memory system by detecting an error in a bit of a word accessed in the memory and maintaining an error history comprising a record of each of said detected errors. The error history information may be used to configure the memory, such as to add redundancy; or may be used to adjust operating parameters of the memory, such as the periodicity of refresh and/or scrub operations; or may be used to trigger a sensing operation of other parameters in an application system. In one embodiment, a counter increments each time an error is detected and decrements when no error is detected, thereby tracking error patterns.
Method And Apparatus For Error Detection And Correction
Michael L. Longwell - Austin TX, US William Daune Atwell - Spicewood TX, US Jeffrey Van Myers - Driftwood TX, US
International Classification:
H03M 13/09 G06F 11/07 G06F 11/10
US Classification:
714746, 714805, 714E11023, 714E11034
Abstract:
A Random Access Error Detection and Correction unit (RAEDAC) that incorporates a bit-wise error detection and correction unit (BEDAC) in a memory system. In one embodiment, a word-wise error detection and correction unit (WEDAC) operates in coordination with a BEDAC that performs a bit-wise parity calculation. In another embodiment, a WEDAC operates in coordination with a full bit-wise BEDAC that calculates bit-wise check bits. The RAEDAC may be applied to create a multi-dimensional EDAC where, for example, the memory is partitioned into a stack of planes, and a stack-wise error detection and correction unit (SEDAC) is implemented.
Method And Apparatus For Shifting Data In An Array Of Storage Elements In A Data Processing System
Grady L. Giles - Austin TX William D. Atwell - Austin TX Jesse R. Wilson - Austin TX Richard B. Reis - Garland TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G06F 1202
US Classification:
395425
Abstract:
A method and apparatus for shifting data in an array of storage elements (22-37) in a data processing system (10). In one form, the present invention uses multiplexer (MUX) logic (38) and Shift Control signals to selectively couple storage elements (22-37) to latches (39-42). In this manner, data values can be serially scanned into and out of the array for test purposes without requiring a duplicate set of latches. The MUX logic 38 couples one storage element (22-37) to each latch (39-42). Then MUX logic 38 decouples those storage elements (22-37). Next, MUX logic 38 couples an adjacent storage element (22-37) to each latch (39-42). In this manner, the storage elements (22-37) in one row and the latches (39-42) mimic the functionality of a shift register.
Isbn (Books And Publications)
Development Of A Modular Design Methodology To Facilitate Design Reuse
instance by localizing major aspects of their operations or expanding their existing base further ... Ramaphosa's rise to power moves the dial in South Africa's favor," William Atwell, practice leader for sub-Saharan Africa at emerging markets specialist Frontier Strategy Group, told CNBC via email.
William Atwell (1954-1958), Hyunsoo Joo (2001-2005), James Wayt (1969-1973), Vincent Capo (1984-1988), Ralph Brown (1985-1989), Alex Dedvukaj (1994-1998)