Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: The disclosure includes, in general, among other aspects, an apparatus having multiple programmable units integrated within a processor. The apparatus has circuitry to map addresses in a single address space to resources within the multiple programmable units where the single address space includes addresses for different ones of the resources in different ones of the multiple programmable units and where there is a one-to-one correspondence between respective addresses in the single address space and resources within the multiple programmable units.

Abstract: A processor is disclosed that can map a request from a central processing unit that uses memory-mapped input-output space to a second processing domain, such as a multithreaded processing domain. A request addressed to the input-output space of the central processing unit is converted to a corresponding command that simulates an operation between components in the multithreaded processing domain. The command is executed in the multithreaded processing domain. Information is accessed according to the request in response to executing the command.

Abstract: Systems and methods are provided for defining a nucleic acid construct for integration at locus L of an organism. Nucleic acid requests are received, each such request specifying a genetic change to L. The request are expanded into component polynucleotides which are then arranged into {AR1, . . . , ARm} different arrangements, each ARi in {AR1, . . . , ARm} defining a different arrangement of the component polynucleotides. A score Si for each ARi in {AR1, . . . , ARm} is determined based on whether source constructs encoding a portion of ARi are physically present. An ARf in {AR1, . . . , ARm} is selected based on the score for ARf. Primer pairs are calculated to amplify the portions of ARf not represented in the source constructs. The portions of ARf amplified by the primer pairs and the portions of ARf in the source constructs, ordered by ARf, define the nucleic acid construct.

Abstract: Systems and methods are provided for defining a nucleic acid construct for integration at locus L of an organism. Nucleic acid requests are received, each such request specifying a genetic change to L. The request are expanded into component polynucleotides which are then arranged into {AR1, . . . , ARm} different arrangements, each ARi in {AR1, . . . , ARm} defining a different arrangement of the component polynucleotides. A score Si for each ARi in {AR1, . . . , ARm} is determined based on whether source constructs encoding a portion ofARi are physically present. An ARf in {AR1, . . . , ARm} is selected based on the score for ARf. Primer pairs are calculated to amplify the portions of ARf not represented in the source constructs. The portions of ARf amplified by the primer pairs and the portions of ARf in the source constructs, ordered by ARf, define the nucleic acid construct.

Abstract: An engine has a housing and a working member movable within an interior of the housing and separating a combustion chamber from a non-combustion chamber. Additionally, the engine may include a chamber-ventilation system that may include a passageway with a first end of the passageway connected to the non-combustion chamber and a second end of the passageway located downstream of the first end of the passageway. The chamber-ventilation system may further include a filter system disposed within the passageway. The filter system may include a filter housing and a filter disposed in the filter housing. Additionally, the chamber-ventilation system may be configured such that, during operation of the engine, gas travels from the non-combustion chamber, into the first end of the passageway, through the passageway, to the second end of the passageway.

Abstract: A processor is disclosed that can map a request from a central processing unit that uses memory-mapped input-output space to a second processing domain, such as a multithreaded processing domain. A request addressed to the input-output space of the central processing unit is converted to a corresponding command that simulates an operation between components in the multithreaded processing domain. The command is executed in the multithreaded processing domain. Information is accessed according to the request in response to executing the command.

Abstract: A processor is disclosed that can map a request from a central processing unit that uses memory-mapped input-output space to a second processing domain, such as a multithreaded processing domain. A request addressed to the input-output space of the central processing unit is converted to a corresponding command that simulates an operation between components in the multithreaded processing domain. The command is executed in the multithreaded processing domain. Information is accessed according to the request in response to executing the command.