citizens’ assembly

offers a way to discover the contingent histories of objects — an issue ignored by most theories of complexity, which tend to focus on the way things are but not how they got to be that way.

it seeks that explanation not, in the usual manner of physics, in timeless physical laws, but in a process that imbues objects with histories and memories of what came before them.

To perform bacterial genome assembly, we suggest using the third-party de novo assembly tool Flye3. This analysis package represents a complete pipeline, taking raw nanopore reads as input, and producing polished contigs as output. We also recommend one round of polishing with Medaka4. These tools can be found on GitHub

in my experience it has its head has a similar pattern to what henry ford did to the automobile 01:20:31 industry so before him it was basically like a few people built one car at a time and he basically broke up the process so you had like i don't know how many but 01:20:43 like dozens people a dozen people and each individual had just one one motion to do and the industrialization specialization right yeah and the the result was that 01:20:56 each individual didn't know anything and all the knowledge was in the process and my suspicion is that the promise of the settle custom that the paper 01:21:08 just write themselves it's like a very prominent process a promise around the telecast method lead to the to the thinking that you basically reduce your 01:21:20 the need for yourself and all the intelligence all the proficiency is put into a system and you have something doing for you and you treat yourself more like a like a 01:21:33 worker on a an assembly line just being and having all just a simple a simple motion that you have to do and then the end product will be 01:21:45 but will be very complex and very sophisticated because the intelligence is embedded in the process

The %rip register on x86-64 is a special-purpose register that always holds the memory address of the next instruction to execute in the program's code segment.

• %rax: return value• %rsp: stack pointer• %rdi: 1st argument• %rsi: 2nd argument• %rdx: 3rd argument• %rcx: 4th argument• %r8: 5th argument• %r9: 6th argument

If one of those two expressions couldpossibly generate an error condition or a side effect, this could lead to invalidbehavior. Such is the case for our earlier example

The destination operand must be a register.

The ability of the leaq instruction to perform addition and limited forms ofmultiplication proves useful when compiling simple arithmetic expressions suchas this example.

local variables such as x are often kept in registers rather thanstored in memory locations. Register access is much faster than memory access.

we see that whatwe call “pointers” in C are simply addresses. Dereferencing a pointer involvescopying that pointer into a register, and then using this register in a memoryreference.

One important feature is that memoryreferences in x86-64 are always given with quad word registers, such as %rax, evenif the operand is a byte, single word, or double word.

logicallybe named movzlq, but this instruction does not exist. Instead, this type of datamovement can be implemented using a movl instruction having a register as thedestination. This technique takes advantage of the property that an instructiongenerating a 4-byte value with a register as the destination will fill the upper 4bytes with zeros.

in memory, to a register destination. Instructions in the movz class fill out theremaining bytes of the destination with zeros, while those in the movs class fillthem out by sign extension, replicating copies of the most significant bit of thesource operand.

The source operand designates a value that is immediate, stored in a register,or stored in memory. The destination operand designates a location that is either aregister or a memory address. x86-64 imposes the restriction that a move instruc-tion cannot have both operands refer to memory locations. Copying a value fromone memory location to another requires two instructions—the first to load thesource value into a register, and the second to write this register value to the des-tination.

The basic idea of this pattern is much like the idea of an assembly line

You could think of it as the "assembler language" of text editing.

GFA

Reason compiles to JavaScript thanks to our partner project, BuckleScript, which compiles OCaml/Reason into readable JavaScript with smooth interop. Reason also compiles to fast, barebone assembly, thanks to OCaml itself.

High-confidence coding and noncoding transcriptome maps

General Assembly The General Assembly is the main deliberative, policymaking and representative organ of the UN. All 193 Member States of the UN are represented in the General Assembly, making it the only UN body with universal representation.  Each year, in September, the full UN membership meets in the General Assembly Hall in New York for the annual General Assembly session, and general debate, which many heads of state attend and address. Decisions on important questions, such as those on peace and security, admission of new members and budgetary matters, require a two-thirds majority of the General Assembly. Decisions on other questions are by simple majority.  The General Assembly, each year, elects a GA President to serve a one-year term of office.

Quercus robur Genome sequencing and assembly

IsPreviousVersionOf doi:10.5524/100148

genomically poorly explored

Long Fragment Read technology