Eustace Prescott

John Eustace Prescott (2 January 1832 – 17 February 1920) was an Anglican priest[1] and author in the late nineteenth and early twentieth centuries.[2]

Prescott was born in Wakefield, educated at Peterborough Grammar School and Corpus Christi College, Cambridge, and ordained in 1859.[3] After a curacies in Whissendine and Hawkshead he was the incumbent at St Edward's, Cambridge[4] and then St Mary's, Carlisle.[5]

He was Archdeacon of Carlisle from 1883 until his death and Chancellor of the Diocese of Carlisle from 1900.[2]

Amongst others he wrote Everyday Scripture Difficulties, 1863 (pt 1), 1866 (pt2); The Threefold Cord, 1868; Statutes of Carlisle Cathedral, 1879; Christian hymns and hymn writers, 1883; The Clergy and Literature, 1891; and The growth of Education in England, 1898.[2]

Notes
  1. "High Court". The Times (London, England), Monday, Jun 11, 1883; pg. 18; Issue 30843
  2. "Prescott, John Eustace (PRST851JE)". A Cambridge Alumni Database. University of Cambridge.
  3. Crockford's Clerical Directory p 1156: London, Horace Cox, 1908
  4. "Multiple News Items." Berrow's Worcester Journal (Worcester, England), Saturday, July 11, 1868; pg. 6; Issue 8645
  5. "Ecclesiastical". Derby Mercury (Derby, England), Wednesday, April 25, 1877; Issue 8472
Church of England titles
Preceded by
Samuel Peach Boutflower		 Archdeacon of Carlisle
1883–1920		 Succeeded by
Herbert Ernest Campbell


gollark: I agree. It's precisely [NUMBER OF AVAILABLE CPU THREADS] parallelized.
gollark: > While W is busy with a, other threads might come along and take b from its queue. That is called stealing b. Once a is done, W checks whether b was stolen by another thread and, if not, executes b itself. If W runs out of jobs in its own queue, it will look through the other threads' queues and try to steal work from them.
gollark: > Behind the scenes, Rayon uses a technique called work stealing to try and dynamically ascertain how much parallelism is available and exploit it. The idea is very simple: we always have a pool of worker threads available, waiting for some work to do. When you call join the first time, we shift over into that pool of threads. But if you call join(a, b) from a worker thread W, then W will place b into its work queue, advertising that this is work that other worker threads might help out with. W will then start executing a.
gollark: >
gollark: Maybe I should actually benchmark it.
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