How to write a novel with an AI smart assistant

    Writing novels is an important skill for AI intelligent assistants, and AI assistants play a vital role in it. This article aims to help readers learn how to use AI assistants to write excellent novels. The following are the main contents of this article.

【Understanding the relationship between AI assistants and novels】

     In fiction, AI assistants play an important role and have great value. Writers can leverage AI assistants to enhance emotion, character development, and story lines.

      There are many aspects involved in creating an interesting and engaging story, which can make generating helpful hints tricky. That's why wording your prompts correctly allows the AI ​​assistant to generate valuable text.

【Choose the right storyline】

      Different storylines include suspense, romance, humor, and more. Each type has its characteristics and applicable scenarios.

【Tips and Strategies for AI Assistant】

      Outline and structure are important tools for using AI assistants to plan novels. In addition, shaping rich and attractive characters through AI assistants is also an effective method. It will also explore how AI assistants can be used to create texts that resonate emotionally and fit the mood of the story.

[edit and modification]

      Utilizing AI assistants can play an important role in the editing process. This section will provide suggestions on how to use AI assistants to optimize story rhythm, overall language style, and cut redundant content. At the same time, we will also emphasize the importance.

      You want to use a different sentence structure for many reasons. First, it makes the text more interesting to the reader. Most importantly, sentence length helps to emphasize important points or explain concepts in greater depth.

      This article summarizes the main points of this article and provides guidance. Readers are encouraged to apply what they have learned and try to use AI assistants to write their own novels. Through continuous practice and learning, you will become a skilled high-end essay writer.

Scan the code to follow the WeChat public account for free experience

How to enable TCP BBR2 network congestion control on Windows 11

 Generally, when we use the Linux series operating system, we will install Google's BBR network congestion control software. BBR v2 version can now be enabled on Windows 11.

BBRv2 is a model-based congestion control algorithm designed for reduced queuing, low loss, and (bounded) Reno/CUBIC coexistence. Maintains a model network path using measurements of bandwidth and RTT, and (if occurring) packet loss and/or DCTCP/L4S style ECN signaling.

BBR2 is more "fair" than BBR. In the case of delay and packet loss, its speed will be much slower than BBR, and sometimes slower than the default CUBIC, so you have to test it according to your own link. It can only be regarded as something that is better than nothing.

Windows Server now uses the CUBIC congestion control algorithm by default, which is currently the most commonly used congestion control algorithm.

This article directory

• 1. Related Links
• 2. Operation steps
  • 2.1. Windows 11
  • 2.2. Linux
• 3. Restore settings

Related Links

Google BBR GitHub: https://github.com/google/bbr

Introduction to TCP BBR v2 Alpha/Preview

Steps

Windows 11

The requirement Windows 11is 22h2version and above.

1. Open powershell and right-click to run with administrator privileges

netsh int tcp set supplemental Template=Internet CongestionProvider=bbr2
netsh int tcp set supplemental Template=Datacenter CongestionProvider=bbr2
netsh int tcp set supplemental Template=Compat CongestionProvider=bbr2
netsh int tcp set supplemental Template=DatacenterCustom CongestionProvider=bbr2
netsh int tcp set supplemental Template=InternetCustom CongestionProvider=bbr2

2. Verify whether it is successfully opened

Get-NetTCPSetting | Select SettingName, CongestionProvider

Linux

View the current congestion control algorithm

sysctl net.ipv4.tcp_congestion_control

If the output is sysctl net.ipv4.tcp_congestion_controlsomething like that, it means our current algorithm is CUBIC and we edited /etc/sysctl.confto change it to BBR.

net.core.default_qdisc=fq
net.ipv4.tcp_congestion_control=bbr

save and apply

sysctl -p

Checking again we will see

net.ipv4.tcp_congestion_control = bbr

The above shows that net.ipv4.tcpit can actually be used in IPv6.

restore settings

Sometimes unexpected problems may occur after opening.

We can enter the following command in powershell to restore.

netsh int tcp set supplemental template=internet congestionprovider=CUBIC
netsh int tcp set supplemental template=internetcustom congestionprovider=CUBIC
netsh int tcp set supplemental template=Datacenter congestionprovider=CUBIC
netsh int tcp set supplemental template=Datacentercustom congestionprovider=CUBIC

Oracle Cloud Oracle free vps one-click automatic exercise (keep alive script)

 The Oracle Cloud keep-alive script starts at 0:00 every day and makes the CPU automatically exercise for 600 seconds every 3 hours, 8 times a day for a total of 80 minutes (load 10% to 20%), and the CPU utilization is greater than 10% for 5% of the time (at least 72 minutes a day) ), the amount of exercise can be adjusted according to your own situation. Meet the amount of exercise to avoid oracle free vps from being deleted.

One-click workout:

#amdversion
cd /root && wget https://raw.githubusercontent.com/velor2012/lookbusy-docker/main/lookbusy -O lookbusy && chmod +x lookbusy && sudo echo "0 */3 * * * root timeout 600 /root/lookbusy -c 10-20 -r curve" >> /etc/crontab && grep -q centos /etc/os-release && service crond restart || service cron restart

#ARM version
cd /root && wget https://raw.githubusercontent.com/velor2012/lookbusy-docker/main/lookbusy-arm -O lookbusy && chmod +x lookbusy && sudo echo "0 */3 * * * root timeout 600 /root/lookbusy -c 10-20 -r curve" >> /etc/crontab && grep -q centos /etc/os-release && service crond restart || service cron restart

Check the execution log:

cat /var/log/cron | grabbed lookbusy

One-click uninstall:

sed -i "/lookbusy/d" /etc/crontab && rm -f /root/lookbusy && grep -q centos /etc/os-release && service crond restart || service cron restart

Pagoda exercise:
If you use pagoda timing tasks, you don’t need to read the previous ones. The steps are as follows:
1. Execute the following command in the shell to download lookbusy to the root path

cd /root && wget https://raw.githubusercontent.com/velor2012/lookbusy-docker/main/lookbusy -O lookbusy && chmod +x lookbusy

Configure the pagoda timing task as shown in the figure below, and the script content is

timeout 600 /root/lookbusy -c 10-20 -r curve

3. In the lower right corner of the scheduled task, you can test the execution and view the execution log, which is very intuitive and easy to use