# Theodore Haynes Romer

> Ph.D. University of Washington 1998

**Wikidata**: [Q102251071](https://www.wikidata.org/wiki/Q102251071)  
**Source**: https://4ort.xyz/entity/theodore-haynes-romer

## Summary
Theodore Haynes Romer is a computer scientist who earned a Ph.D. from the University of Washington in 1998. His doctoral research, titled "Using Virtual Memory to Improve Cache and Tlb Performance," investigated the interaction between virtual memory systems and cache/TLB behavior in computer systems.

## Biography
- Education: Ph.D. (doctorate) in computer science / computer engineering, University of Washington, 1998.
- Known for: Doctoral thesis "Using Virtual Memory to Improve Cache and Tlb Performance" (1998).
- Field(s): Computer science; computer engineering.
- Occupation: Computer scientist.

## Contributions
Theodore H. Romer's primary documented contribution is his doctoral research completed at the University of Washington in 1998. His dissertation, titled "Using Virtual Memory to Improve Cache and Tlb Performance," examines how virtual memory mechanisms can be leveraged to affect cache behavior and translation lookaside buffer (TLB) performance. The work sits at the intersection of operating systems and computer architecture, addressing how software-managed virtual memory can influence hardware memory systems. Romer's Ph.D. was advised by Brian Bershad, linking the research to an established academic lineage. His academic record is indexed in scholarly identifiers: Mathematics Genealogy Project ID 71859 and MR (Mathematical Reviews / MathSciNet) author ID 613415. Beyond the thesis title and degree, the available source material documents his formal academic qualification and the specific research focus embodied by the dissertation, which contributes to the documented literature on virtual memory, caches, and TLBs.

## FAQs
### Q: What is Theodore Haynes Romer's highest degree?
A: He holds a doctorate (Ph.D.) from the University of Washington, awarded in 1998.

### Q: What was the topic of his doctoral thesis?
A: His dissertation is titled "Using Virtual Memory to Improve Cache and Tlb Performance," which studies the interaction of virtual memory with cache and TLB behavior.

### Q: Who supervised his Ph.D.?
A: His doctoral advisor was Brian Bershad.

## Why They Matter
Theodore H. Romer's recorded contribution centers on a focused doctoral investigation of virtual memory's impact on cache and TLB performance. That topic addresses a core technical challenge in computer systems: the interaction between operating-system-level mechanisms (virtual memory) and hardware-level components (cache and TLB). By formally documenting this research in a 1998 Ph.D. dissertation, Romer added a specific analysis to the academic record that other researchers and students can reference. The existence of a titled dissertation provides a concrete output that is searchable and citable, and it is recorded in academic databases and genealogies (MathSciNet MR author ID 613415; Mathematics Genealogy Project ID 71859). While the available source material does not list subsequent papers, patents, or positions, the doctoral work itself represents a technical contribution that helps characterize the scholarly landscape around memory system performance and provides a basis for further inquiry by others in the fields of computer architecture and operating systems.

## Notable For
- Earning a Ph.D. from the University of Washington in 1998.
- Authoring the doctoral dissertation "Using Virtual Memory to Improve Cache and Tlb Performance."
- Having Brian Bershad listed as his doctoral advisor.
- Presence in academic indices: MR author ID 613415 and Mathematics Genealogy Project ID 71859.

## Body

### Education and Degree
- Degree: Doctorate (Ph.D.).
- Institution: University of Washington.
- Year awarded: 1998.
- Fields named in degree qualifiers: computer science; computer engineering.

### Doctoral Thesis
- Title: "Using Virtual Memory to Improve Cache and Tlb Performance."
- Year: 1998 (as the year of doctorate completion).
- Focus: The thesis examines the role of virtual memory mechanisms in influencing cache behavior and translation lookaside buffer (TLB) performance.

### Supervision and Academic Lineage
- Doctoral advisor: Brian Bershad.
- Academic records:
  - MR (MathSciNet) author ID: 613415.
  - Mathematics Genealogy Project ID: 71859.

### Professional Identity
- Occupation recorded: Computer scientist.
- Instance: Human (biographical record classification).
- Wikidata description (as provided): "Ph.D. University of Washington 1998."

### Archival and Cataloging Notes
- The subject appears on a WikiProject focus list related to the University of Washington (WikiProject PCC Wikidata Pilot/University of Washington).
- Source references for the above items are associated with University of Washington records and the cited Wikidata statements.

## References

1. Mathematics Genealogy Project
2. WorldCat