t(7;17)(q11;q21) GTF2I/RARA in APL

Compiling APL: The Yorktown APL Translator

The Yorktown APL Translator (YAT) permits functions written in APL to be compiled using an existing compiler for part of the process. It also creates tables that allow the APL2 Release 2 interpreter to call the compiled code. The code can also be called from a Fortran main routine. This paper outlines the history of APL compilation, the motivation for producing YAT, the design choices that were...

Prophylactic heparin in APL.

In a recent article, Goldberg and presented the Brigham and Women’s Hospital and Dana Farber Cancer Institute’s experience in managing acute pnomyelocytic leukemia (APL) without hepanin. They also analyzed historical data and concluded “that the coagulopathy associated with APL can be successfully managed with intensive chemotherapy and blood product support” and that “the necessity for the inc...

Distributed Computing with Apl Distributed Computing with Apl

Keywords: shared variables network shared variables distributed programming UNIX genetic algorithm Index: UNIX distributed super-computing shared variables message passing client-server networks distributed shared memory Q'NIAL Dyalog APL RPC XDR TCP/IP daemon System V IPC shared memory distributed memory distributed shared memory LINDA deadlock race condition semaphore Abstract Recent market s...

Electronics Technology at APL

PL programs have made signifi cant and continuous use of electronics technology from the very beginning. In fact, the VT fuze was a marvel of the Laboratory’s electronics technology and the ingenuity of its practitioners. Electronics technology at APL can be subdivided into fi ve broad areas: microelectronics and advanced packaging, RF and microwaves, embedded computers and programmable devices...

Acute Promyelocytic Leukemia (APL)