ETHERCORRECT

AFORE Solutions Inc.

Application Filed: 2008-10-22

Trademark Application Details

Status

602

Dead/Abandoned

ABANDONED-FAILURE TO RESPOND OR LATE RESPONSE

Research	OneLook Acronym Finder
Serial Number	77597871
Mark Drawing Code	4000: Illustration: Drawing with word(s)/letter(s)/number(s) in Block form
Law Office Assigned	M10
Employee Name	MANOR, THOMAS M

Timeline

2008-09-09	Date of First Use
2008-10-22	Application Filed
2009-12-19	Abandon
2010-01-14	Location: TMO LAW OFFICE 110 - EXAMINING ATTORNEY ASSIGNED
2010-01-14	Status: Dead/Abandoned
2018-07-08	Transaction Date

Trademark Applicants & Owners

Owner:	AFORE Solutions Inc.
Address	2680 Queensview Drive, Suite 150 Ottawa CA K2B8J9
Legal Entity Type	Corporation
Legal Entity State	CA

Documents

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Attorney of Record

AFORE SOLUTIONS INC; AFORE SOLUTIONS INC
2680 QUEENSVIEW DRIVE, SUITE 150
OTTAWA
K2B8J9
CANADA

Good, Services, and Codes

International Codes:	9
U.S. Codes:	021,023,026,036,038

Type Code	Type
GS0091	Computer hardware and computer software programs for packet loss recovery and error correction featuring acceleration of TCP/IP based application performance through eliminating re-transmissions and providing a reliable network for loss intolerant applications Key technology pillar used in the ASE product. - Refers to the ability of the ASE to compensate for packet loss which may occur during transmission over wide area networks using a proprietary forward error correction technique. - As part of the processing within the ASE, ingress traffic (either Ethernet or Fibre Channel) is encapsulated using Generic Framing Procedure normalizing to Ethernet. Hence the term "Ether". - As an optional operation, all traffic can error corrected, hence the term "Correct". - The ASE allows users to specify a consecutive string of packets, N. N can be as low as 2 (i.e. every two consecutive packets) or as high as 10 (i.e. every tenth consecutive packet). - A copy of N is inserted, or stuffed, into the datagram prior to encapsulation into the HyperTUNNEL - Upon delivery at the destination location, the corresponding ASE3300 can detect if any of the received packets/bits were undelivered or delivered out of order. If detected, the ASE can reconstruct the missing packets/bits using the stuffed traffic. Depending on the value of N selected, the ASE can reconstruct as many as every second packet or as few as every tenth packet. - By recovering lost packets/bits occurred during wide area transmission, higher layer protocols (e.g. TCP/IP, UDP, etc.) will experience improved performance as a result of reduced data loss, enabling higher sustained levels of throughput and performance (e.g. less latency as a result of having to re-transmit lost data)

Type Code

Type

GS0091

Computer hardware and computer software programs for packet loss recovery and error correction featuring acceleration of TCP/IP based application performance through eliminating re-transmissions and providing a reliable network for loss intolerant applications Key technology pillar used in the ASE product. - Refers to the ability of the ASE to compensate for packet loss which may occur during transmission over wide area networks using a proprietary forward error correction technique. - As part of the processing within the ASE, ingress traffic (either Ethernet or Fibre Channel) is encapsulated using Generic Framing Procedure normalizing to Ethernet. Hence the term "Ether". - As an optional operation, all traffic can error corrected, hence the term "Correct". - The ASE allows users to specify a consecutive string of packets, N. N can be as low as 2 (i.e. every two consecutive packets) or as high as 10 (i.e. every tenth consecutive packet). - A copy of N is inserted, or stuffed, into the datagram prior to encapsulation into the HyperTUNNEL - Upon delivery at the destination location, the corresponding ASE3300 can detect if any of the received packets/bits were undelivered or delivered out of order. If detected, the ASE can reconstruct the missing packets/bits using the stuffed traffic. Depending on the value of N selected, the ASE can reconstruct as many as every second packet or as few as every tenth packet. - By recovering lost packets/bits occurred during wide area transmission, higher layer protocols (e.g. TCP/IP, UDP, etc.) will experience improved performance as a result of reduced data loss, enabling higher sustained levels of throughput and performance (e.g. less latency as a result of having to re-transmit lost data)

Trademark Filing History

Description	Date	Event Coding
NEW APPLICATION ENTERED IN TRAM	2008-10-27	1 NWAP I:Incoming Correspondence
NOTICE OF PSEUDO MARK MAILED	2008-10-28	2 MPMK O:Outgoing Correspondence
ASSIGNED TO EXAMINER	2009-01-26	3 DOCK D:Assigned to Examiner
EXAMINERS AMENDMENT -WRITTEN	2009-01-29	4 CNEA R:Renewal
EXAMINERS AMENDMENT E-MAILED	2009-01-29	5 GNEA F:First Action
NOTIFICATION OF EXAMINERS AMENDMENT E-MAILED	2009-01-29	6 GNEN O:Outgoing Correspondence
EXAMINER'S AMENDMENT ENTERED	2009-01-29	7 XAEC I:Incoming Correspondence
NON-FINAL ACTION WRITTEN	2009-01-30	8 CNRT R:Renewal
NON-FINAL ACTION E-MAILED	2009-01-30	9 GNRT O:Outgoing Correspondence
NOTIFICATION OF NON-FINAL ACTION E-MAILED	2009-01-30	10 GNRN O:Outgoing Correspondence
TEAS RESPONSE TO OFFICE ACTION RECEIVED	2009-06-17	11 TROA I:Incoming Correspondence
CORRESPONDENCE RECEIVED IN LAW OFFICE	2009-06-17	12 CRFA I:Incoming Correspondence
TEAS/EMAIL CORRESPONDENCE ENTERED	2009-06-17	13 TEME I:Incoming Correspondence
NON-FINAL ACTION WRITTEN	2009-06-18	14 CNRT R:Renewal
NON-FINAL ACTION E-MAILED	2009-06-18	15 GNRT O:Outgoing Correspondence
NOTIFICATION OF NON-FINAL ACTION E-MAILED	2009-06-18	16 GNRN O:Outgoing Correspondence
ABANDONMENT - FAILURE TO RESPOND OR LATE RESPONSE	2010-01-14	17 ABN2 O:Outgoing Correspondence
ABANDONMENT NOTICE MAILED - FAILURE TO RESPOND	2010-01-14	18 MAB2 O:Outgoing Correspondence

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