Abstract: A data processing system for implementing operations that generate a dynamically-sized output is presented. The data processing system includes a reconfigurable processor that is configured to implement a first operation, a second operation, a recording unit, and a control unit. The first operation generates an output, wherein a size of the output is unknown during a configuration phase. The second operation receives the output of the first operation as an input. The recording unit generates control data that is indicative of the size of the output. The control unit that provides the control data to the second operation, wherein the second operation processes the input based on the control data.

Abstract: A data processing system for implementing operations that generate a dynamically-sized output comprises a reconfigurable processor and a compiler. The compiler generates configuration data for configuring the reconfigurable processor to implement first and second operations and first and second connections. The first operation generates an output, and the second operation receives the output of the first operation as an input. The size of the output is unknown when generating the configuration data, and the output comprises a number of elements that is smaller than or equal to a predetermined maximum number of elements. The first connection for the output and the second connection for the input are both suitable for a transmission of the predetermined maximum number of elements. The reconfigurable processor is configured with the configuration data such that the reconfigurable processor implements the first operation, the second operation, the first connection, and the second connection.

Abstract: A data processing system for implementing operations that generate a dynamically-sized output includes a reconfigurable processor that is configured to implement first and second operations and control circuitry. The first operation generates an output, whose size is unknown during a configuration phase. The second operation receives the output as an input. During a write operation, the first operation is enabled to write a first portion of the output to a first portion of a buffer, while the second operation reads a first portion of the input that is different than the first portion of the output from a second portion of the buffer that is different than the first portion of the buffer. The control circuity includes a control unit that: directs the second operation during a read operation following the write operation to read data as the input from the buffer that was stored during the write operation.

Abstract: A data processing system for implementing operations that generate a dynamically-sized output is presented. The data processing system includes a reconfigurable processor that is configured to implement a first operation, a second operation, a recording unit, and a control unit. The first operation generates an output, wherein a size of the output is unknown during a configuration phase. The second operation receives the output of the first operation as an input. The recording unit generates control data that is indicative of the size of the output. The control unit that provides the control data to the second operation, wherein the second operation processes the input based on the control data.

Abstract: An electrochemical screening method for the selection of DNA aptamers against 11-deoxycortisol (11-DCL) using gold electrode for target immobilization is described. The gold electrode is used as solid matrix instead of the beads for SELEX. The selection steps (SELEX) are performed on the 11-DC modified electrode directly as the DNA library in the first round or the enriched DNA pools in the subsequent rounds were incubated on the electrode, then the unbound DNA is washed and the bound DNA is measured directly by square wave voltammetry. Then elution of the bound DNA is performed for further use.