Prosecution Insights
Prosecution Insights
Tech Center 2100 • Art Units: 2116 2175 2186
This examiner grants 77% of resolved cases
Paul Juei-Fu Yen is an examiner in Tech Center 2100 and Art Unit 2116. The examiner has a record of 426 resolved cases. These cases have resulted in an allowance rate of 76.8 percent. This percentage reflects the frequency of grants for applications undergoing review by this examiner.
The median days to allowance is 1097. This duration provides a benchmark for the expected length of the prosecution process. The interview lift is 24.3 percent. This lift indicates that interviews are associated with a higher probability of allowance relative to the 76.8 percent baseline rate.
Practitioners in Art Unit 2116 should consider the 24.3 percent interview lift when developing their strategy. The 1097 days to allowance offers a clear expectation for the timeline of a successful application. With 426 resolved cases, the examiner has a history within Tech Center 2100 that can inform prosecution decisions.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 18748989 | ELECTRONIC DEVICE FOR BOOTING OPERATING SYSTEM USING PLURALITY OF CORES AND OPERATION METHOD THEREOF | Final Rejection | Samsung Electronics Co., Ltd. |
| 18953997 | Power Management Circuit with Internal Performance States | Non-Final OA | Apple Inc. |
| 18890115 | SYSTEMS AND METHODS FOR CONTROLLING POWER CONSUMPTION IN AN ELECTRONIC GAMING ENVIRONMENT | Final Rejection | Aristocrat Technologies, Inc. |
| 18754844 | Cluster Management Method, Device, and Computing System | Final Rejection | Huawei Technologies Co., Ltd. |
| 18350387 | METHOD FOR BOOTING AN ELECTRONIC CONTROL UNIT | Final Rejection | Robert Bosch GmbH |
| 19123720 | DI/DT Management During Clock Gating | Non-Final OA | Google LLC |
| 18456965 | ENHANCED POWER MANAGEMENT FOR SUPPORT OF PRIORITY SYSTEM EVENTS | Final Rejection | Intel Corporation |
| 17076776 | DYNAMIC NETWORK CONTROLLER POWER MANAGEMENT | Final Rejection | Intel Corporation |
| 18585225 | CONTROL METHOD AND ELECTRONIC DEVICE | Non-Final OA | Lenovo (Beijing) Limited |
| 19035643 | ELECTRONIC DEVICE AND METHOD OF CONTROLLING ELECTRONIC DEVICE | Non-Final OA | KYOCERA Corporation |
| 18217274 | CONFIGURABLE MESH NETWORK NODE AGGREGATION FOR MITIGATING VOLTAGE DROOP IN AN INTEGRATED CIRCUIT (IC) CHIP AND RELATED METHODS | Non-Final OA | Microsoft Technology Licensing, LLC |
| 19047458 | FAILURE DETECTION IN AN ELECTRONIC DEVICE BY MONITORING THERMAL RESISTANCE | Non-Final OA | NVIDIA CORPORATION |
| 19005812 | TIME-BASED POWER SOURCE SWITCHING TO SUPPORT HYBRID POWER BOOST FUNCTIONALITY | Non-Final OA | NVIDIA Corporation |
| 18415595 | METHOD FOR CLOCK COMPENSATION IN COMMUNICATION DEVICE AND RELATED COMMUNICATION DEVICE | Final Rejection | Realtek Semiconductor Corp. |
| 18335009 | LOW POWER CLOCK MULTIPLEXER IN MICROCONTROLLER WITH SELECTABLE POWER DOMAIN OUTPUT | Final Rejection | Cypress Semiconductor Corporation |
| 17563788 | PEAK ELECTRICAL CURRENT CONTROL OF SOC OR APU WITH MULTIPLE PROCESSOR CORES AND MULTIPLE GRAPHIC COMPUTE UNITS | Non-Final OA | Advanced Micro Devices, Inc. |
| 18417753 | IDENTIFICATION AND REMOVAL OF ISSUE CAUSING FUNCTIONS | Non-Final OA | Dell Products L.P. |
| 18630155 | DYNAMIC TIMING FOR SHUTDOWN INCLUDING ASYNCHRONOUS DYNAMIC RANDOM ACCESS MEMORY REFRESH (ADR) DUE TO AC UNDERVOLTAGE | Non-Final OA | HEWLETT PACKARD ENTERPRISE DEVELOPMENT LP |
| 18897221 | METHOD FOR APPLYING LEARNING MODEL-BASED POWER SAVING MODEL IN INTELLIGENT BMC | Non-Final OA | Korea Electronics Technology Institute |
| 18574307 | REPLACEMENT OF UNSTABLE APPLICATION | Non-Final OA | RAKUTEN MOBILE, INC. |
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