IN THE UNITED STATES DISTRICT COURT 

FOR THE EASTERN DISTRICT OF TEXAS 

MARSHALL DIVISION 

ASUS Technology Licensing Inc. and Celerity 

IP. LLC, 

Plaintiffs, 

v. 

Samsung Electronics Co., Ltd, Samsung 

Electronics America, Inc., and Samsung 

Research America, 

Defendants. 

Civil Action No. 2:23-cv-409 

JURY TRIAL DEMANDED 

Samsung Electronics Co., Ltd, Samsung 

Electronics America, Inc., and Samsung 

Research America, Inc. 

Counterclaim-Plaintiffs, 

v. 

ASUS Technology Licensing Inc., Celerity IP. 

LLC, and ASUSTek Computer, Inc. 

Counterclaim-Defendants. 

SAMSUNG’S DISCLOSURES OF ASSERTED CLAIMS AND INFRINGEMENT 

CONTENTIONS PURSUANT TO LOCAL PATENT RULE 3-1 AND 3-2 

I. Introduction 

Pursuant to Rules 3-1 and 3-2 of the Local Patent Rules of the Eastern District of Texas, 

Defendants and Counterclaim-Plaintiffs Samsung Electronics Co., Ltd., Samsung Electronics 

America, Inc., and Samsung Research America, Inc. (collectively “Samsung”) hereby serve their 

Disclosures of Asserted Claims and Infringement Contentions (“Infringement Contentions”) on 

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Plaintiffs and Counterclaim-Defendants ASUS Technology Licensing Inc., Celerity IP. LLC, and 

ASUSTek Computer, Inc. (collectively “ASUS”). 

II. Reservations Of Rights 

Samsung’s Infringement Contentions are based on information currently available to 

Samsung. Samsung reserves its right to modify, amend, or supplement these contentions, including 

in light of discovery, invalidity contentions, claim construction, and/or any additional information 

provided by Defendants. For example, discovery may reveal new information about the ASUS 

Accused Products that was previously unknown to Samsung, and Samsung reserves the right to 

amend or supplement the information provided herein. As another example, Samsung’s 

contentions may change depending on the Court’s construction of the Asserted Claims and/or 

positions that ASUS or its experts may take concerning claim construction, infringement, and/or 

invalidity. 

Samsung’s Infringement Contentions are not intended to and should not be interpreted to 

reflect Samsung’s claim construction positions. Samsung reserves the right to adopt claim 

construction positions that differ from positions put forth in this document. 

III. Patent Rule 3-1(a) Disclosures 

Based on information currently available, Samsung asserts that ASUS directly, 

contributorily, and/or by inducement infringe the following claims (collectively the “Samsung 

Asserted Claims”): 

 Claims 1-9 and 13-20 of U.S. Patent No. 9,913,313 (the “’313 Patent” or “Samsung 

Asserted Patent”) 

IV. Patent Rule 3-1(b) Disclosures 

Samsung asserts that ASUS infringes each Samsung Asserted Claims by making, using, 

selling, and offering to sell, and importing into the United States products that support the Wi-Fi 

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Direct or the Wi-Fi P2P specification (the “ASUS Accused Products”). Examples of the ASUS 

Accused Products are listed in Exhibit A. 

Samsung further accuses any other ASUS products that ASUS is currently developing, 

making, and using, including but not limited to any newer but unreleased versions of the ASUS 

Accused Products. Samsung reserves its right to supplement this disclosure to include any 

additional ASUS products it identifies through discovery and its continuing investigation. 

Samsung further reserves the right to supplement its disclosure to include any additional 

information it learns about the ASUS Accused Products through discovery and its continuing 

investigation. 

Unless otherwise stated, Samsung’s assertions of infringement apply to all variations, 

versions, models, and applications of each of the ASUS Accused Products, which, on information 

and belief, operate in the substantially the same manner for purposes of infringement of the 

Samsung Asserted Claims. 

V. Patent Rule 3-1(c) Disclosures 

Samsung’s detailed claim charts are provided in Exhibit B. 

VI. Patent Rule 3-1(d) Disclosures 

Based on its current understanding of the claim language and publicly available 

information pertaining to the ASUS Accused Products, and without notice of any claim 

construction or non-infringement position from ASUS, Samsung asserts that ASUS literally 

infringe each element of the asserted claims. However, Samsung reserves the right to amend its 

infringement contentions to rely on the doctrine of equivalents, including in view of discovery, 

arguments made by ASUS regarding infringement, invalidity, or claim construction, and the 

Court’s claim construction ruling. To the extent that any particular element is shown not to be met 

literally, Samsung contends infringement under the doctrine of equivalents as there would be no 

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substantial difference between the elements of the Samsung Asserted Claims and the 

corresponding functionality in the ASUS Accused Products and/or that the corresponding aspect 

of the ASUS Accused Products performs substantially the same functionality, in substantially the 

same way, to achieve substantially the same result(s) as the claimed elements. 

VII. Patent Rule 3-1(e) Disclosures 

Each of the Samsung Asserted Claim is entitled to a priority date no later than September 

14, 2011, based on Korean Patent Application No. 10-2011-0092509. 

VIII. Patent Rule 3-1(f) Disclosures 

Samsung identifies its Galaxy S Series and Z Series mobile devices as products that 

practice the Samsung Asserted Claims. Samsung reserves the right to amend its disclosures should 

more information become available. 

IX. Patent Rule 3-2(a) Disclosures 

Samsung is currently unaware of any documents responsive to Patent Rule 3-1(a). Samsung 

reserves the right to amend its disclosures should more information become available. 

X. Patent Rule 3-2(b) Disclosures 

Samsung identifies documents responsive to Patent Rule 3-2(b) with the following Bates 

numbers: SEC-AS-00000001 - SEC-AS-00000494. Samsung reserves the right to amend its 

disclosures should more information become available. 

XI. Patent Rule 3-2(c) Disclosures 

Samsung identifies documents responsive to Patent Rule 3-2(c) with the following Bates 

numbers: SEC-AS-00000001 - SEC-AS-00000494. 

Dated: March 11, 2023 Respectfully Submitted 

By: /s/ Nicholas A. Brown 

 

Melissa Richards Smith 

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TX Bar No. 24001351 

melissa@gillamsmithlaw.com 

GILLAM & SMITH, LLP 

303 South Washington Ave. 

Marshall, Texas 75670 

Telephone: (903) 934-8450 

Facsimile: (903) 934-9257 

Richard A. Edlin 

Thomas D. Pease 

Vimal M. Kapadia 

Kathryn E. Albanese 

GREENBERG TRAURIG, LLP 

One Vanderbilt Avenue, NY 10017 

Telephone: (212) 801-9200 

Facsimile: (212) 801-6400 

Email: edlinr@gtlaw.com 

Email: Thomas.pease@gtlaw.com 

Email: vimal.kapadia@gtlaw.com 

Email: katie.albanese@gtlaw.com 

Nicholas A. Brown 

GREENBERG TRAURIG, LLP 

101 Second Street, Suite 2200 

San Francisco, CA 94105 

Telephone: (415) 655-1300 

Facsimile: (415) 707-2010 

Email: nicholas.brown@gtlaw.com 

Stephen M. Ullmer 

GREENBERG TRAURIG, LLP 

1144 15th Street, Suite 3300 

Denver, CO 80202 

Telephone: (303) 572-6579 

Facsimile: (303) 572-6500 

Email: ullmers@gtlaw.com 

Attorneys for Defendants and CounterclaimPlaintiffs Samsung Electronics Co., Ltd., Samsung 

Electronics America, Inc. and Samsung Research 

America, Inc.

 

 

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CERTIFICATE OF SERVICE 

I certify that, on March 11, 2024, I caused a true and correct copy of Samsung’s 

Infringement Contentions including the above pleading and the associated exhibits, to be served 

upon all counsel of record via electronic mail. 

/s/ Nicholas A. Brown 

Case 2:23-cv-00409-JRG-RSP Document 41-8 Filed 04/02/24 Page 6 of 23 PageID #: 681
 

Exhibit A: Identification of ASUS Accused Products 

The ASUS Accused Products include every variation, version, model, and application of 

the following product series: 

 Expertbook Series 

 ProArt Studiobook Series 

 Creator Series 

 Zenbook Series 

 Vivobook Series 

 ROG Gaming Series 

 TUF Gaming Series 

 M Series 

 F Series 

 L Series 

 BR Series 

 ExpertCenter Series 

 Mini PC Series 

 PN Series 

 PB Series 

 Zen AiO Series 

 ASUS AiO Series 

 ROG Series 

 ROG Strix Series 

 ASUS Desktop Series 

 ProArt Station Series 

 NUC Series 

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ACTIVE 695583964v3 

Exhibit B: Claim Chart Showing Infringement Of U.S. Patent No. 9,913,313 (the “’313 Pat

ASUS Technology Licensing Inc., Celerity IP. LLC, and ASUSTek Computer, Inc. (collectively “ASUS

No. 9,913,313 (the “’313 Patent” or “Samsung Asserted Patent”) either literally or through the doctrine of equiv

U.S.C. §§ 271(a), (b), and (c). ASUS manufactures, uses, sells, offers for sale, and/or imports the ASUS AccuseUnited States without authority, in a manner that constitutes infringement of claims 1-9 and 13-20 of the ’313 

Asserted Claims”). 

The ASUS Accused Products include, without limitation, all of ASUS’s products that are made, used, so

imported into the United States that support the Wi-Fi Direct or Wi-Fi P2P specification, including each model computers such as the Zenbook S13 (UX5304), which is representative all other similar ASUS personal compute

To the extent any claim limitation is not deemed to be met literally by the ASUS Accused Products, the c

under the doctrine of equivalents, including without limitation because it is present by having substantially 

substantially the same way, to achieve substantially the same result, and/or are insubstantially different from the 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [1-PRE] A method for connecting to a Wi-Fi network in an electronic device, the method comprising: 

The ASUS Zenbook is configured to perform a method for connecting to a 

electronic device. See [1a]-[1d]. 

[1a] entering a device discovery process of Wi-Fi Peer-to-Peer (P2P), if a Wi-Fi P2P connection is requested while connecting a legacy Wi-Fi; 

The ASUS Zenbook enters a device discovery process of Wi-Fi Peer-to-PeeP2P connection is requested while connecting a legacy Wi-Fi. For example, the ASUS Zenbook may be connected to a legacy Wi-Fi devipoint/router. The network traffic logs below show the Zenbook and an eero and communicate with each other using legacy Wi-Fi messages over chann

example by the lack of P2P tags in message frame nos. 81, 82, 138, 141. 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 

The ASUS Zenbook enters a device discovery process of Wi-Fi Peer-to-Pee

P2P connection is requested while connecting the legacy Wi-Fi, for exampl“Add Printer” command of the Zenbook while the Zenbook is connected to device discovery process of Wi-Fi P2P is described in further detail in [1b] 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [1b] acquiring a Group Owner (GO) right of Wi-Fi P2P in the device discovery process; 

The ASUS Zenbook acquires a Group Owner (GO) right of Wi-Fi P2P in th

process. For example, the network traffic logs below show the ASUS Zenbook transframes with the P2P Group Owner flag set to 0x1, after the user uses the “A

[1c] performing a listen state over the same channel as a channel where the legacy Wi-Fi is in use, through the acquisition of the GO right, and performing a search 

The ASUS Zenbook performs a listen state over the same channel as a chan

Wi-Fi is in use, through the acquisition of the GO right, and performs a seachannel of Wi-Fi P2P. For example, the ASUS Zenbook performs a listen state over the same chan

where the legacy Wi-Fi is in use, such as channel 36. The network traffic lo

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 state over a social channel of WiFi P2P; and Zenbook performs a listen state in which the ASUS Zenbook responds to a 

message frames 3307, 3309, 3311) with a Probe Response (e.g., message fr3313). The ASUS Zenbook’s listen state is through the acquisition of the G

demonstrate by the ASUS Zenbook’s Probe Response that has the P2P Gro0x1. 

The ASUS Zenbook performs a search state over a social channel of Wi-Fi 

below, the ASUS Zenbook sends Probe Requests over a social channel such 

message frame No. 2466, 2500, 2542). 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [1d] repeating the listen state and the search state until the device discovery process is ended. 

The ASUS Zenbook repeats the listen state and the search state until the deis ended. As explained in [1c] above, the ASUS Zenbook repeats the listen state and 

continues until the device discovery process is ended, such as when the ASoff or otherwise stops Wi-Fi P2P discovery, for example when the Add Prin

terminates. 

2. The method of claim 1, wherein the acquiring comprises enabling an autonomous GO mode in the same channel as the channel where the legacy Wi-Fi is in use. 

The ASUS Zenbook is configured such that the acquiring comprises enablin

mode in the same channel as the channel where the legacy Wi-Fi is in use. See [1a]-[1b]. 

3. The method of claim 2, further comprising disabling the autonomous GO mode if the device discovery process is ended. 

The ASUS Zenbook disables the autonomous GO mode if the device discov

such as when the ASUS Zenbook is turned off or otherwise stops Wi-Fi P2example when the Add Printer command terminates. See [1d]. 

4. The method of claim 1, wherein the social channel includes a channel #1, a channel #6 and a channel #11. 

The ASUS Zenbook is configured such that the social channel in which it pincludes a channel #1, a channel #6 and a channel #11. See [1d]. 

5. The method of claim 1, wherein the entering of the device discovery process of WiThe ASUS Zenbook is configured such that the entering of the device disco

P2P occurs based on at least one of a menu selection and execution of a pre

application. 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 Fi P2P occurs based on at least one of a menu selection and execution of a predetermined application. 

See [1a]. 

6. The method of claim 1, wherein the entering of the device discovery process comprises performing a channel scanning process. 

The ASUS Zenbook is configured such that the entering of the device disco

comprises performing a channel scanning process. The ASUS Zenbook supports Wi-Fi P2P standard (see [1b]), and thus its de

process comprises a channel scanning process. Wi-Fi Direct Specification Version 1.9. 

7. The method of claim 1, further comprising connecting to the WiThe ASUS Zenbook is configured to perform a method of connecting to the 

result of the listen state and the search state. 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 Fi P2P based on a result of the listen state and the search state. 

For example, based on a result of the listen state and the search state describASUS Zenbook is configured to connect to the printer. 

[8-PRE] A method for connecting to a Wi-Fi network in an electronic device, the method comprising: 

The ASUS Zenbook is configured to perform a method for connecting to a 

electronic device (e.g., the ASUS Zenbook). See [8a]-[8b]. 

[8a] acquiring a Group Owner (GO) right of Wi-Fi Peer-to-Peer (P2P), if an entry into a listen mode of Wi-Fi P2P is requested during execution of a legacy WiFi; and 

The ASUS Zenbook acquires a Group Owner (GO) right of Wi-Fi Peer-to-P

into a listen mode of Wi-Fi P2P is requested during execution of a legacy WThe ASUS Zenbook may be configured for execution of a legacy Wi-Fi, suto a legacy Wi-Fi device such as an eero router. See [1a]. The ASUS Zenbook acquires a Group Owner (GO) right of Wi-Fi Peer-to-Pinto a listen mode of Wi-Fi P2P is requested during execution of a legacy W

user uses the “Add Printer” command of the Zenbook while the Zenbook is router as described in [1a]). This is demonstrated by the ASUS Zenbook tra

frames with the P2P Group Owner flag set to 0x1, as described in [1b], and 

performing a listen mode in which it responds to a Probe Request (e.g., mes

3309, 3311) with a Probe Response (e.g., message frames 3309, 3310, 3313

[8b] entering the listen mode over the same channel as a channel where the legacy Wi-Fi is in use, through the acquisition of the GO right. 

The ASUS Zenbook enters the listen mode over the same channel as a chanWi-Fi is in use, through the acquisition of the GO right. See [8a] and [1c]. 

9. The method of claim 8, wherein the GO right of Wi-Fi P2P is acquired as an autonomous GO mode is enabled in the same channel as the 

The ASUS Zenbook is configured such that the GO right of Wi-Fi P2P is a

autonomous GO mode is enabled in the same channel as the channel where use. See claim 2. 

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U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 channel where the legacy Wi-Fi is in use. [13-PRE] An apparatus for connecting to a Wi-Fi network in an electronic device, the apparatus comprising: 

The ASUS Zenbook comprises an apparatus for connecting to a Wi-Fi netwdevice (e.g., the ASUS Zenbook). See [13a] to [13b-6]. 

[13a] a communication module; and 

The ASUS Zenbook comprises a communication module, such as an Intel Wcommunications unit: 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [13b-1] a controller operatively coupled with the communication module, the controller configured to: 

The ASUS Zenbook comprises a controller operatively coupled with the coIn particular, the ASUS Zenbook includes a controller which includes hardwoperatively coupled with the communication module and configured to perf

recited below. See [13b-2]-[13b-6]. 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [13b-2] enter a device discovery process of Wi-Fi Peer-to-Peer (P2P), if a Wi-Fi P2P connection is requested while connecting a legacy Wi-Fi, 

The ASUS Zenbook’s controller enters a device discovery process of Wi-F

a Wi-Fi P2P connection is requested while connecting a legacy Wi-Fi. See [1a]. 

[13b-3] acquire a Group Owner (GO) right of Wi-Fi P2P in the device discovery process, 

The ASUS Zenbook’s controller acquires a Group Owner (GO) right of Wi

discovery process. See [1b]. 

[13b-4] perform a listen state over the same channel as a channel where the legacy Wi-Fi is in use, through the acquisition of the GO right, and perform a search state over a social channel of Wi-Fi P2P, and 

The ASUS Zenbook’s controller performs a listen state over the same chanthe legacy Wi-Fi is in use, through the acquisition of the GO right, and perf

over a social channel of Wi-Fi P2P. See [1c]. 

[13b-5] repeat the listen state and the search state until the device discovery process is ended. 

The ASUS Zenbook’s controller repeats the listen state and the search state 

discovery process is ended. See [1d]. 

14. The apparatus of claim 13, wherein the controller is further configured to enable an autonomous GO mode in the same channel as the channel where the legacy Wi-Fi is in use. 

The ASUS Zenbook’s controller is further configured to enable an autonom

same channel as the channel where the legacy Wi-Fi is in use. See claim 2. 

15. The apparatus of claim 14, wherein the controller is further configured to disable the 

The ASUS Zenbook’s controller is further configured to disable the autono

device discovery process is ended. 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 autonomous GO mode if the device discovery process is ended. 

See claim 3. 

16. The apparatus of claim 13, wherein the controller is further configured to connect to the WiFi P2P based on a result of the listen state and the search state. 

The ASUS Zenbook’s controller is further configured to connect to the Wi-

result of the listen state and the search state. See claim 7. 

[17-PRE] An apparatus for connecting to a Wi-Fi network in an electronic device, the apparatus comprising: 

The ASUS Zenbook comprises an apparatus for connecting to a Wi-Fi netwdevice (e.g., the ASUS Zenbook). See [17a] to [17b-3]. 

[17a] a communication module; and 

The ASUS Zenbook comprises a communication module, such as an Intel Wcommunications unit: 

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ACTIVE 695583964v3 

U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [17b-1] a controller operatively coupled with the communication module, the controller configured to: 

The ASUS Zenbook comprises a controller operatively coupled with the coFor example, the ASUS Zenbook includes a controller which includes hard

operatively coupled with the communication module and configured to perf

recited below. See [17b-2]-[17b-3]. 

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U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [17b-2] acquire a Group Owner (GO) right of Wi-Fi Peer-to-Peer (P2P), if an entry into a listen mode of Wi-Fi P2P is requested during execution of a legacy WiFi, and 

The ASUS Zenbook’s controller acquires a Group Owner (GO) right of Wi(P2P), if an entry into a listen mode of Wi-Fi P2P is requested during execu

Fi. See [8a]. 

[17b-3] enter the listen mode over the same channel as a channel where the legacy Wi-Fi is in use, through the acquisition of the GO right. 

The ASUS Zenbook’s controller enters the listen mode over the same channthe legacy Wi-Fi is in use, through the acquisition of the GO right. See [8b]. 

18. The apparatus of claim 17, wherein the GO right of Wi-Fi P2P is acquired as an autonomous GO mode is enabled in the same channel as the channel where the legacy Wi-Fi is in use. 

The ASUS Zenbook in configured such that the GO right of Wi-Fi P2P is a

autonomous GO mode is enabled in the same channel as the channel where use. See claims 2 and 9. 

[19-PRE] At least one nontransitory computer readable storage medium for storing a computer program of instructions configured to be readable by at least one processor for instructing the at least one processor to execute a computer process for performing a method for connecting to a Wi-Fi network in an electronic device, the method comprising: 

The ASUS Zenbook comprises at least one non-transitory computer readab

(such as random access memory) for storing a computer program of instruc

readable by at least one processor (such as its CPU and/or Wi-Fi chip procethe at least one processor to execute a computer process for performing a m

to a Wi-Fi network in an electronic device (such as the ASUS Zenbook). 

See [19a]-[19d]. 

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U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 [19a] entering a device discovery process of Wi-Fi Peer-to-Peer (P2P), if a Wi-Fi P2P connection is requested while connecting a legacy Wi-Fi; 

The ASUS Zenbook comprises computer program for entering a device disFi Peer-to-Peer (P2P), if a Wi-Fi P2P connection is requested while connecSee [1a].

[19b] acquiring a Group Owner (GO) right of Wi-Fi P2P in the device discovery process; 

The ASUS Zenbook comprises computer program for acquiring a Group OWi-Fi P2P in the device discovery process. See [1b]. 

[19c] performing a listen state over the same channel as a channel where the legacy Wi-Fi is in use, through the acquisition of the GO right, and performing a search state over a social channel of Wi-Fi P2P; and 

The ASUS Zenbook comprises computer program for performing a listen schannel as a channel where the legacy Wi-Fi is in use, through the acquisitiand performing a search state over a social channel of Wi-Fi P2P. See [1c]. 

[19d] repeating the listen state and the search state until the device discovery process is ended. 

The ASUS Zenbook comprises computer program for repeating the listen s

state until the device discovery process is ended. See [1d]. 

[20-PRE] At least one nontransitory computer readable storage medium for storing a computer program of instructions configured to be readable by at least one processor for instructing the at least one processor to execute a computer process for performing a method for connecting to a Wi-Fi network in 

The ASUS Zenbook comprises at least one non-transitory computer readab(such as random access memory) for storing a computer program of instrucreadable by at least one processor (such as its CPU and/or Wi-Fi chip proce

the at least one processor to execute a computer process for performing a mto a Wi-Fi network in an electronic device(such as the ASUS Zenbook). 

See [20a]-[20b]. 

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U.S. 9,913,313 ASUS’s Accused Products Represented By the ASUS Zenbook S13 an electronic device, the method comprising: [20a] acquiring a Group Owner (GO) right of Wi-Fi Peer-to-Peer (P2P), if an entry into a listen mode of Wi-Fi P2P is requested during execution of a legacy WiFi; and 

The ASUS Zenbook comprises computer program for acquiring a Group OWi-Fi Peer-to-Peer (P2P), if an entry into a listen mode of Wi-Fi P2P is req

execution of a legacy Wi-Fi. See [8a]. 

[20b] entering the listen mode over the same channel as a channel where the legacy Wi-Fi is in use, through the acquisition of the GO right. 

The ASUS Zenbook comprises computer program for entering the listen mchannel as a channel where the legacy Wi-Fi is in use, through the acquisitiSee [8b]. 

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