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For the Inventor, By the Inventor

Tokyo, Japan

Azusa Jin

USPTO Granted Patents = 18

Average Co-Inventor Count = 5.1

ph-index = 4

Forward Citations = 79(Granted Patents)


Location History:

  • Sagamihara, JP (2013 - 2015)
  • Tokyo, JP (2014 - 2023)

Company Filing History:

goldMedal18 out of 42,496 
 
Hitachi, Ltd.
 patents

Years Active: 2013-2023

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18 patents (USPTO):Explore Patents
1. 11550613 - Computer system (2023-01-10),
2. 11237745 - Computer system and volume arrangement method in computer system to reduce resource imbalance (2022-02-01),
3. 11199972 - Information processing system and volume allocation method (2021-12-14),
4. 11128535 - Computer system and data management method (2021-09-21),
5. 10979505 - Distributed storage system and data migration method (2021-04-13),
6. 10761767 - Computer system and method for controlling storage apparatus that has replication direction from first logical device (in first storage) to second logical device (in second storage) and from said second logical device to third logical device (in said second storage), wherein said replication direction is reversed when second computer takes over for first computer (2020-09-01),
7. 10394662 - Storage apparatus and storage apparatus migration method (2019-08-27),
8. 10346082 - Computer system and storage control method (2019-07-09),
9. 10248511 - Storage system having multiple local and remote volumes and multiple journal volumes using dummy journals for sequence control (2019-04-02),
10. 10185636 - Method and apparatus to virtualize remote copy pair in three data center configuration (2019-01-22),
11. 10152270 - Storage system (2018-12-11),
12. 9983962 - Storage system and data management method of journaling and storing remote copies (2018-05-29),
13. 9846619 - Storage apparatus and storage apparatus migration method (2017-12-19),
14. 9563383 - Storage system with primary and secondary data storage groups and control method thereof (2017-02-07),
15. 9176858 - Storage system configured to selectively utilize data compression based on real pool usage rates (2015-11-03),

Title: Innovations by Azusa Jin: Pioneering Computer Systems

Introduction

Azusa Jin is an influential inventor based in Tokyo, Japan, with a remarkable portfolio comprising 18 patents. His contributions predominantly lie in the realm of computer systems, where he has developed innovative solutions aimed at optimizing resource management and system performance.

Latest Patents

Among his latest inventions is a cutting-edge computer system that allows for the arrangement of virtual computers and volumes in a cluster while maintaining the integrity of I/O performance. This system is designed with a management node that effectively allocates resources across processors, memory, and storage drives. By strategically positioning the virtual computer and the volume in the same node, the management node enhances operational efficiency.

Another significant patent involves a method aimed at eliminating resource imbalance in computer systems containing multiple storage devices. This innovation encourages a more efficient distribution of resources among storage apparatuses by assessing and comparing the distribution of feature amounts, thereby guiding the creation of new volumes in a way that maximizes performance and minimizes imbalance.

Career Highlights

Azusa Jin's career is marked by his tenure at Hitachi, Ltd., where he has played a crucial role in furthering the company's technological advancements. His work has not only garnered multiple patents but also established him as a key figure within the organization.

Collaborations

Throughout his career, Azusa has collaborated with esteemed colleagues such as Hideo Saito and Tomohiro Kawaguchi. These partnerships have facilitated a wealth of knowledge sharing and innovative brainstorming, further contributing to his success in the field.

Conclusion

Azusa Jin's innovative spirit and technical expertise in computer systems have positioned him as a leading inventor in his field. With 18 patents to his name, his latest work continues to influence the landscape of technology, promising greater efficiency and performance in the realm of computing.

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