Article directory 1 Introduction 2 Introduction 2.1 What is NetBIOS? 2.2 Advantages of NetBIOS 2.3 How NetBIOS works 2.4 NetBIOS application scenarios 3 WIZnet Ethernet chip 4 NetBIOS network setting example overview and usage 4.1 Flowchart 4.2 Core preparation work 4.3 Connection method 4.4 Main code overview 4.5 Results demonstration 5 things to note 6 […]
Tag: bio
14. W5100S/W5500+RP2040 Raspberry Pi Pico＜NetBIOS＞
Article directory 1 Introduction 2 Introduction 2.1 What is NetBIOS? 2.2 Advantages of NetBIOS 2.3 How NetBIOS works 2.4 NetBIOS application scenarios 3 WIZnet Ethernet chip 4 NetBIOS network setting example overview and usage 4.1 Flowchart 4.2 Core preparation work 4.3 Connection method 4.4 Main code overview 4.5 Results demonstration 5 things to note 6 […]
What is the difference between BIO, NIO and AIO?
BIO, NIO, and AIO are all I/O models in Java. Their main differences and simple demos are described below. BIO (Blocking I/O) BIO is Java’s earliest I/O model, also known as synchronous blocking I/O. In BIO, each I/O operation blocks the current thread and does not continue executing the next statement until the operation is […]
Kernel IO stack | Bounce buffer, bio segmentation, integrity protection and current storage
line17 ※1 Bounce buffer The function of the blk_queue_bounce function is to try to create a bounce buffer. It is usually necessary to create such a special area when the memory area given by bio is at an address that is not reachable by the peripheral device (such as performing DMA on high-end memory) to […]
How to install biometric software in Linux system? A complete nanny guide
Linux biometric software installation guide There are usually multiple ways to install bioinformatics analysis software under Linux systems, including installation using package management tools (such as conda) and compilation and installation through source code. This note briefly shares the methods and techniques for installing bioinformatics analysis software under Linux. I hope it will be helpful […]
GEO Bioinformatics Data Mining (9) WGCNA Analysis
Section 6, we use tuberculosis gene data to make a practical case of data preprocessing. The types of tuberculosis in the example include four categories: tuberculosis, latent progression, control and latent. Section 7 continues the previous data and conducts difference analysis. Section 8 conducts enrichment analysis of differential genes. This section performs WGCNA analysis. Updated […]
Bioinformatics analysis of miRNA sequencing data – Lecture 4, examples of bioinformatics analysis of unknown species
Bioinformatics analysis of miRNA sequencing data – Lecture 4, examples of bioinformatics analysis of unknown species Bioinformatics analysis of miRNA sequencing data – Lecture 4, examples of bioinformatics analysis of unknown species 1. Download sequencing data 2. Raw data quality control – software fastqc 3. Annotate tRNA and rRNA, use Rfam database – software blast, […]
Java BIO model (providing single-threaded and multi-threaded code examples)
Directory 1. Introduction to BIO features 2. BIO code implementation 2.1. Client code preparation 2.2. Server-side single-thread processing 2.2.1. Server code 2.2.2. Blocking code analysis 2.2.3. Problems 2.3. Server-side multi-thread processing 2.3.1. Server code 2.3.2. Problems 1. Introduction to BIO features BIO (blocking I/O): Synchronous blocking IO, each I/O operation (such as reading or writing) […]
GEO Bioinformatics Data Mining (6) Practical Case – Preprocessing Analysis of Four Classifications of Tuberculosis Gene Data
In the previous five sections, we used Alzheimer’s disease data to make a data preprocessing case, including the following: GEO Bioinformatics Data Mining (1) Data Set Download and Preliminary Observation GEO bioinformatics data mining (2) Download gene chip platform files and annotations GEO Bioinformatics Data Mining (3) Chip Probe ID and Gene Name Mapping Processing […]
Basic process of bioinformatics analysis–single sample analysis
I’m currently learning single-cell bioinformatics analysis, and I’m a little confused. . . . Let’s make some notes first, and we’ll see what needs to be changed later. Speaking of which, why is it that the B-site of biocredit analysis only ends with this basic process. . There should be more after reading the literature. […]