Ai tips and Tricks with a dash of martial arts.

[JowGaWolf]

Not interested in debating it

Same here. Like I said. Everything with Ai is going to boil down to accuracy So it doesn't matter if the knowledge base is different. But while some things will be different some things should be universal. Like math and science. If any Ai has a different knowledge base on how those things work then there's a big problem with that Ai.

One thing that I'm interested in is to see if the Ai can do what these teens recently discovered.

The ancient math rule two teens proved — again

Ne’Kiya Jackson and Calcea Johnson proved math's Pythagorean theorem — in a way thought impossible for 2,000 years — and they did it 10 different ways.

www.snexplores.org

 

[JowGaWolf]

This does not sound right.

- You have right side forward. Your opponent has left side forward (mirro stance).
- Your opponent throws his left leading hand punch.
- You should parry with your leading arm because it's closer to your opponent's left leading arm.

Exactly. That's the problem that Ai will run into all the time with Martial Arts. The problem is that Ai either doesn't body mechanics or it doesn't understand martial arts, or the terms., or all of the above.

I'll ask it again. Then I'll ask it to use its references to body mechanics (if that's the correct term) to see if it works. Maybe I have to tell it what to use in order to come up with an accurate answer?

 

[JowGaWolf]

Exactly. That's the problem that Ai will run into all the time with Martial Arts. The problem is that Ai either doesn't body mechanics or it doesn't understand martial arts, or the terms., or all of the above.

I'll ask it again. Then I'll ask it to use its references to body mechanics (if that's the correct term) to see if it works. Maybe I have to tell it what to use in order to come up with an accurate answer?

I turned on the "Think Deeper" feature and I got a better response. There still some things that I question but it caught one the main things that came to mind.

Use your information about body mechanics to analyze this situation "Here's the situation. I'm Sparring with my sparring partner. We are in a mirrored stance. He throws a lead punch. What are my options to deal with the lead punch?" Now use your information about body mechanics to analyze this movement and to see if it's possible or efficient "Parry: Use your rear hand to parry the lead punch, redirecting it away from your centerline."

Certainly! Let's delve into your sparring scenario by analyzing the body mechanics involved. We'll explore your options for dealing with your partner's lead punch and specifically assess the efficiency and feasibility of using your rear hand to parry the punch.

Situation Overview:​

• Stance: You're in a mirrored stance with your sparring partner. This means you have opposite lead legs—for example, you're in a right-foot-forward stance (southpaw), and your partner is in a left-foot-forward stance (orthodox).
• Action: Your partner throws a lead punch (jab) from their lead hand.

Part 1: Analyzing Your Options Using Body Mechanics​

1. Parry with Lead Hand​

Body Mechanics:

• Efficiency: Using your lead hand to parry is efficient because it's closer to the incoming punch.
• Movement: A small lateral movement of the lead hand to deflect the punch outside your centerline.
• Muscle Engagement: Utilizes the forearm muscles (flexors and extensors) and minimal shoulder movement, conserving energy.
• Balance: Maintains your stance and keeps your rear hand ready for a counterattack.

Outcome:

• Quick Defense: Effective for redirecting the punch with minimal effort.
• Counter Opportunities: Sets up immediate counters like a straight rear punch or lead hook.

2. Slip the Punch​

Body Mechanics:

• Head Movement: Move your head off the centerline by bending at the hips and slightly rotating the torso.
• Muscle Engagement: Engages core muscles (obliques, rectus abdominis), neck muscles (sternocleidomastoid), and leg muscles for stability.
• Balance: Requires a stable base; knees slightly bent to absorb and transfer weight.

Outcome:

• Evasion: Avoids the punch entirely without committing your hands.
• Counter Opportunities: Positions you to deliver powerful counters from either hand due to the torque generated from the rotation.

3. Block with Lead Hand​

Body Mechanics:

• Direct Defense: Raise your lead hand to meet the punch head-on, absorbing the force.
• Muscle Engagement: Utilizes the shoulder (deltoids) and upper arm muscles (biceps, triceps).
• Stability: Keeps your body aligned and maintains your defensive posture.

Outcome:

• Simplicity: Easy to execute under pressure.
• Counter Opportunities: Can immediately launch a counter punch from either hand.

4. Footwork—Step Back or Angle Out​

Body Mechanics:

• Step Back:
  
  • Movement: Push off your front foot to create distance.
  • Muscle Engagement: Activates calf muscles (gastrocnemius, soleus) and thigh muscles (quadriceps, hamstrings).
• Angle Out:
  
  • Movement: Pivot on your lead foot while stepping your rear foot to the side, creating an angle.
  • Muscle Engagement: Engages hip rotators and leg muscles for smooth movement.

Outcome:

• Defensive Maneuver: Avoids the punch while repositioning you advantageously.
• Counter Opportunities: Opens up angles for counterattacks where your opponent is less guarded.

5. Parry with Rear Hand​

We'll analyze this option in detail in Part 2.

Part 2: Analyzing the Rear Hand Parry​

Technique Analysis: Parry with Rear Hand​

Body Mechanics:

• Distance and Reach:
  
  • The rear hand is farther from the incoming lead punch due to the mirrored stance.
  • Requires crossing your rear hand over your centerline to meet the punch.
• Movement:
  
  • Arm Movement: Extending the rear arm across your body to intercept the punch.
    
    • Muscles Used: Deltoids (shoulder), pectoralis major (chest), triceps (back of the arm), and forearm muscles.
  • Torso Rotation: Slight rotation of the torso towards your lead side to assist in reaching.
    
    • Muscles Used: Obliques and spinal rotators.
• Balance Considerations:
  
  • Potential for Overextension: Stretching the rear arm across can lead to a shift in weight distribution, possibly compromising balance.
  • Exposure: Crossing the rear hand over may open up your rear side to attacks, such as hooks or kicks.

Efficiency Assessment:

• Feasibility:
  
  • Possible: Physically, you can perform this movement.
  • Challenges: Due to the increased distance and body mechanics involved, it's less efficient compared to other defensive options.
• Speed and Timing:
  
  • Slower Reaction: The rear hand has a longer path to intercept the punch, requiring faster reaction time.
  • Risk of Delayed Response: May not be fast enough against a quick jab.
• Energy Expenditure:
  
  • Higher Energy Use: More muscle groups are engaged, leading to greater energy consumption for the movement.

Comparative Advantage:

• Versus Lead Hand Parry:
  
  • Lead Hand Efficiency: The lead hand is closer to the incoming punch, allowing for a quicker and more energy-efficient parry.
  • Stability: Using the lead hand maintains better balance and defensive posture.

Practical Implications:

• Counterattack Setup:
  
  • Parrying with the rear hand could potentially set up a counter with your lead hand, but the time taken may reduce effectiveness.
• Risk Factors:
  
  • Exposure to Counters: Opponent may exploit the opening on your rear side.
  • Recovery Time: Slower to return to guard position after the parry.

Conclusion and Recommendations​

Conclusion:

• Parrying with the Rear Hand:
  
  • Less Efficient and Riskier: While possible, it's generally less efficient due to the mechanics of crossing the rear hand over your centerline, potential balance issues, and slower response time.
• Optimal Options:
  
  • Parry with Lead Hand: Offers quicker reaction, maintains balance, and keeps your rear hand ready for powerful counters.
  • Slip or Duck: Utilizes body movement to avoid the punch while conserving hand positioning for counters.
  • Footwork Adjustments: Stepping back or angling out improves defensive positioning and opens counterattack opportunities.

Recommendations:

1. Practice Lead Hand Defenses:
   
   • Drills: Incorporate parrying and blocking drills using the lead hand to build muscle memory and improve reaction time.
   • Combos: Work on combinations that follow lead hand defenses for immediate counters.
2. Enhance Head Movement:
   
   • Slipping Techniques: Practice slipping to both sides to make your defense more versatile.
   • Core Strength: Focus on strengthening core muscles to improve rotational movements.
3. Develop Footwork:
   
   • Agility Drills: Improve foot speed and agility to enable quick stepping and angling.
   • Balance Exercises: Enhance your ability to maintain balance during dynamic movements.
4. Understand Opponent's Patterns:
   
   • Anticipation: By studying your sparring partner's habits, you can anticipate punches and choose the most efficient defense.
   • Feints and Setups: Use feints to disrupt their rhythm and create openings.

Final Thoughts:​

Mastering body mechanics is crucial in optimizing your defensive and offensive strategies in sparring. By choosing techniques that align with efficient movement patterns and maintaining balance, you'll enhance your performance and reduce vulnerability.

Remember, the best defensive option often depends on the specific context, including your reflexes, distance, and the opponent's speed. Continual practice and mindful analysis of your movements will lead to improvement.


If there's a particular technique you'd like to explore further or any other questions you have, feel free to ask! I'm here to help you refine your martial arts skills.

 

[Kung Fu Wang]

Exactly. That's the problem that Ai will run into all the time with Martial Arts. The problem is that Ai either doesn't body mechanics or it doesn't understand martial arts, or the terms., or all of the above.

I'll ask it again. Then I'll ask it to use its references to body mechanics (if that's the correct term) to see if it works. Maybe I have to tell it what to use in order to come up with an accurate answer?

In order for AI to be able to understand MA, the AI database need to contain the correct information. If the AI search engine cannot find the correct MA information, the AI respond won't be correct.

The question is who developed the AI MA database? IMO, the complete correct MA database has not been built yet.

 

[JowGaWolf]

In order for AI to be able to understand MA, the AI database need to contain the correct information. If the AI search engine cannot find the correct MA information, the AI respond won't be correct.

The question is who developed the AI MA database? IMO, the complete correct MA database has not been built yet.

We shouldn't need too much martial arts beyond names and what biomechanic motion is for those names. Striking should be easier for ai than grappling. I'm not saying that you are wrong. I actually agree with you, but I'm hoping there are some things that can be done if the biomechanics of a human or calculated.

 

[Kung Fu Wang]

Striking should be easier for ai than grappling.

I ask the following question, "How to develop a strong head lock?" AI has no knowledge about "pole hanging".
------------------------------------------------------------------------------

A strong headlock can be a powerful tool in both grappling and self-defense. Here are some key tips to develop a strong headlock:

1. Proper Grip: Ensure that you have a firm and secure grip around your opponent's head and neck. Your arms should be tight, with one arm wrapped around their head and the other hand clasping your wrist.
2. Body Positioning: Position your body to maximize leverage. Keep your hips low and close to your opponent's body, and use your weight to control and apply pressure.
3. Control the Head: Control your opponent's head by keeping it close to your chest or side. Avoid allowing them to move their head freely, as this can help them escape.
4. Leverage and Pressure: Use your body weight to apply pressure and maintain control. Lean into the headlock and use your hips to generate additional force.
5. Practice Different Variations: There are different types of headlocks, such as the side headlock, front headlock, and guillotine. Practice and become proficient in various headlock techniques to increase your versatility.
6. Transition to Submissions: Learn how to transition from a headlock to various submissions, such as the guillotine choke or the anaconda choke. This will make your headlock more effective and give you more options in a match or self-defense situation.
7. Drill with a Partner: Regularly practice headlock techniques with a training partner. Drilling will help you refine your technique, improve your timing, and develop muscle memory.

Remember, a strong headlock is not just about brute force but also about technique and leverage. By focusing on these aspects and practicing regularly, you'll develop a strong and effective headlock. Keep training and stay safe! Are you working on any other techniques or moves?





Message Copilot

 

[JowGaWolf]

@Kung Fu Wang You might find this interesting.

This is what Ai was able to see. I didn't provide any context or make corrections. It just gave me all of that. I'm not sure why it gets confused with left and right hands. It can analyze more if I put it in a sequence and have the pictures numbered. I'm actually impressed with what it was able to pick up. Keep in mind. This is what it see's without context.

Thanks for your patience! Here's what I can gather from the image:

Description of the Image​

The image shows two individuals engaged in a martial arts or sparring session. Here's a detailed breakdown:

• Participants: Two individuals in sparring gear.
  
  • Outfit: One person is wearing a black outfit and headgear, while the other is dressed in a red outfit with matching headgear and gloves.
• Actions:
  
  • The person in the black outfit is throwing a punch with their left arm.
  • The person in the red outfit is executing a high kick aimed at the opponent's midsection.
• Setting: An indoor training facility with large windows in the background.

Analysis of the Technique and Potential Dangers​

Given this scenario, let's analyze the actions and potential dangers for both participants:

1. Person in Black (Throwing a Punch)

• Technique: Left-handed punch aimed at the opponent.
  
  • Muscles Engaged: Deltoid, pectoralis major, and triceps.
  • Weight Distribution: Likely shifted forward for momentum.
• Potential Dangers:
  
  • Exposure: The left side of the face and body is potentially exposed to counterattacks.
  • Balance: Forward weight shift might compromise balance if the punch misses.
  • Counterattacks from Opponent: Vulnerable to the high kick aimed at the midsection.

2. Person in Red (Executing a High Kick)

• Technique: High kick aimed at the opponent's midsection.
  
  • Muscles Engaged: Quadriceps, hamstrings, glutes, and core muscles.
  • Balance and Stability: Requires strong core and leg strength to maintain balance.
• Potential Dangers:
  
  • Exposure: The raised leg leaves the standing leg and lower body exposed.
  • Counterattacks from Opponent: Vulnerable to a punch or a low sweep to the standing leg.

Follow-Up Moves and Defensive Strategies​

For Person in Black:

• Defense:
  
  • Maintain guard with the right hand to protect against the high kick.
  • Pivot or step back to avoid the kick and counter with a cross or hook.
• Counterattack:
  
  • Follow up with a combination of punches aimed at the opponent's head and body.
  • Use footwork to create an advantageous angle.

For Person in Red:

• Defense:
  
  • Quickly retract the kicked leg to regain balance and guard.
  • Use the lead hand to deflect or block any incoming punches.
• Counterattack:
  
  • Follow up the high kick with a rapid series of low kicks or punches.
  • Utilize agility to avoid counterattacks and stay on the offensive.

What is the likelihood that the person in Red will land a successful kick to the Person in Black?
Considering the scenario where the person in red is executing a high kick aimed at the person in black's midsection, and the person in black is throwing a left-handed punch, we can analyze the likelihood of the kick landing successfully by examining several key factors related to body mechanics, timing, and defensive readiness.

Factors Influencing the Likelihood​

1. Timing and Speed​

• Initiation of Movements: If the person in red initiates the high kick simultaneously or slightly before the person in black throws the punch, there's a higher chance the kick will land before the punch reaches its target.
• Execution Speed: A high kick generally takes longer to execute than a straight punch due to the larger range of motion and the need to lift the leg. However, if the person in red has superior speed and flexibility, they can compensate for this difference.

2. Distance Management​

• Optimal Striking Range: High kicks are most effective at a slightly longer range than punches. If the person in red is at the correct distance—just outside the opponent's punching range—the kick is more likely to land successfully.
• Closing Distance: If the person in black is stepping forward with the punch, they may inadvertently move into the optimal range for the red person's high kick.

3. Body Mechanics and Technique​

• Balance and Stability: The person in red must have excellent balance, engaging core muscles to maintain stability while executing the kick.
• Proper Form: Effective high kicks require precise hip rotation, flexibility, and leg strength. A well-executed kick increases the likelihood of landing successfully.

4. Opponent's Defensive Posture​

• Guard Position: If the person in black lowers their guard while punching or overextends, they leave themselves open to the kick.
• Awareness and Reaction: The black person's ability to recognize the incoming kick and respond appropriately (e.g., blocking, evading) affects the likelihood.

5. Line of Attack​

• Opening Created: Parrying or throwing a punch can create openings. The person in black's extended arm may expose the midsection, making it a prime target.
• Angle of the Kick: If the person in red adjusts the angle to target the exposed area, the kick is more likely to land.

Potential Outcomes​

High Likelihood of Kick Landing​

• Overcommitment by Person in Black: If the black person overcommits to the punch without adequate defense, their midsection remains vulnerable.
• Speed Advantage: The red person has a speed advantage, allowing the kick to reach the target before the punch affects them.
• Lack of Preparedness: The black person is not expecting a high kick, reducing their reaction time.

Low Likelihood of Kick Landing​

• Defensive Readiness: The black person maintains a proper guard and is prepared to block or evade the kick.
• Counterattack Timing: The black person's punch lands before the kick is fully executed, potentially disrupting the kick.
• Distance Misjudgment: The red person is too close or too far, causing the kick to miss or lack power.

Biomechanical Considerations​

Person in Red (Executing the High Kick)​

• Muscle Engagement: Utilizes quadriceps, hamstrings, gluteal muscles, and core stabilizers for lift and power.
• Center of Gravity: Must manage the shift in center of gravity to prevent loss of balance.
• Recovery: Needs quick retraction of the leg to return to a stable stance after the kick.

Person in Black (Throwing the Punch)​

• Muscle Engagement: Uses pectoralis major, deltoids, triceps, and core muscles for punch execution.
• Exposure Risks: Extending the arm can open up the rib area if the non-punching hand doesn't maintain guard.
• Balance and Footwork: Forward momentum might make it harder to adjust to unexpected attacks like a high kick.

Conclusion​

Based on the factors above, the likelihood that the person in red will land a successful kick on the person in black is moderate to high if:

• Timing is optimal: The kick is executed swiftly, taking advantage of any openings created by the black person's punch.
• Technique is sound: The red person demonstrates excellent form, balance, and follows through properly.
• Opponent's Defense is Compromised: The black person is not adequately guarding their midsection or is caught off-guard by the kick.

However, the likelihood decreases if the black person maintains a strong defensive posture, reacts quickly to the kick, or if the red person's technique is lacking.

Recommendations for the Person in Red​

• Enhance Speed and Flexibility: Practice to increase the speed of kick execution and improve flexibility for higher and quicker kicks.
• Improve Balance: Engage in core strengthening exercises to maintain stability during high kicks.
• Use Feints: Employ deceptive movements to draw the opponent's guard away from the midsection before kicking.

Recommendations for the Person in Black​

• Maintain Guard: Keep the non-punching hand up to protect the head and midsection.
• Watch for Kicks: Be vigilant for lower and higher body attacks when engaging.
• Footwork: Use agile footwork to adjust distance and angles, making it harder for the opponent's kick to land.

 

[JowGaWolf]

I ask the following question, "How to develop a strong head lock?" AI has no knowledge about "pole hanging".
------------------------------------------------------------------------------

A strong headlock can be a powerful tool in both grappling and self-defense. Here are some key tips to develop a strong headlock:

1. Proper Grip: Ensure that you have a firm and secure grip around your opponent's head and neck. Your arms should be tight, with one arm wrapped around their head and the other hand clasping your wrist.
2. Body Positioning: Position your body to maximize leverage. Keep your hips low and close to your opponent's body, and use your weight to control and apply pressure.
3. Control the Head: Control your opponent's head by keeping it close to your chest or side. Avoid allowing them to move their head freely, as this can help them escape.
4. Leverage and Pressure: Use your body weight to apply pressure and maintain control. Lean into the headlock and use your hips to generate additional force.
5. Practice Different Variations: There are different types of headlocks, such as the side headlock, front headlock, and guillotine. Practice and become proficient in various headlock techniques to increase your versatility.
6. Transition to Submissions: Learn how to transition from a headlock to various submissions, such as the guillotine choke or the anaconda choke. This will make your headlock more effective and give you more options in a match or self-defense situation.
7. Drill with a Partner: Regularly practice headlock techniques with a training partner. Drilling will help you refine your technique, improve your timing, and develop muscle memory.

Remember, a strong headlock is not just about brute force but also about technique and leverage. By focusing on these aspects and practicing regularly, you'll develop a strong and effective headlock. Keep training and stay safe! Are you working on any other techniques or moves?





Message Copilot

For situations like this, I usually end up having to feed more information to the Ai. so that it knows which direction to look in. I may even have a separate conversation with Ai to see if it can eventually understand what I'm talking about.

I gave this a try and couldn't even find it in google, which makes me think that it is known as something else. I've seen it before in the past but I can't find it now. I was going to use a picture to see if ai at least knew what was going on in the picture.

 

[Kung Fu Wang]

I was going to use a picture to see if ai at least knew what was going on in the picture.

I upload a picture and then ask my question.

What is he doing?
--------------------------------------------------------------------------------

In the image, the person appears to be performing a strength or balance exercise involving a metal pole. They're holding onto the pole with both hands, with their legs spread apart and gripping the pole with their feet. This position suggests they might be practicing a form of strength training or martial arts.

 

[Kung Fu Wang]

I usually end up having to feed more information to the Ai.

Have you entered your name through CoPilot like "Who is Bob Smith?"

 

[JowGaWolf]

Have you entered your name through CoPilot like "Who is Bob Smith?"

Yep. there's nothing on me.

 

[JowGaWolf]

I upload a picture and then ask my question.

View attachment 32717

What is he doing?
--------------------------------------------------------------------------------

In the image, the person appears to be performing a strength or balance exercise involving a metal pole. They're holding onto the pole with both hands, with their legs spread apart and gripping the pole with their feet. This position suggests they might be practicing a form of strength training or martial arts.

I'm surprised that it registered that you are doing strength training and that it might be related to Martial Arts. I wonder what it's using to put come up with that.

 

[Kung Fu Wang]

When I worked for IBM, I used to use "Object Builder" to create another "Object Builder". It seems to me that we can use AI to create a new AI as well. I just wonder if we can go through this 1000 times, how smart (or stupid) that the 1000 generation AI will be?

--------------------------------------------------------------------------------

Can I use AI to create a new AI?

Yes, AI can indeed be used to create new AI systems. This process often involves using existing machine learning frameworks, algorithms, and tools to develop and train new models. Here are some steps typically involved in creating a new AI:

 

[JowGaWolf]

Dev

When I worked for IBM, I used to use "Object Builder" to create another "Object Builder". It seems to me that we can use AI to create a new AI as well. I just wonder if we can go through this 1000 times, how smart (or stupid) that the 1000 generation AI will be?

--------------------------------------------------------------------------------

Can I use AI to create a new AI?

Yes, AI can indeed be used to create new AI systems. This process often involves using existing machine learning frameworks, algorithms, and tools to develop and train new models. Here are some steps typically involved in creating a new AI:

I would expect it to be smarter if the first generation is allowed to improve on it's own. In short allow Ai to "reflect on its existence" mainly allow to understand how it's made and then allowed to do improve itself. As long as it has accurate information some freedom then it should be able to work it out. It's all programing and hardware design. I read that Ai is already allowed to design a better windmill. Ai's approach was to develop the windmill to fit the wind conditions for specific areas. It made a big improvement in the design and effectiveness of it. If Ai can make a better wind turbine then it should be able to do the same with making another ai. It will just need accurate information and understanding all the working parts.

 

[Fungus]

There is a problem with stability and convergence if you allow AI models to develop and train itself. It's the issue of model collapse, which is the AI analog of genetic inbreeding. If you allow generative AI models to corrupt the original data it was trained on, then bad things can happen.

AI models collapse when trained on recursively generated data - Nature

Analysis shows that indiscriminately training generative artificial intelligence on real and generated content, usually done by scraping data from the Internet, can lead to a collapse in the ability of the models to generate diverse high-quality output.

www.nature.com

Study: AI "inbreeding" may cause model collapse for tools like ChatGPT, Microsoft Copilot

It's like Game of Thrones, but for artificial intelligence large language models.

www.windowscentral.com

I think a real live feedback like evolutionary models must be applied, but if the environmen in which the selection takes place, and starts to be dominated by generative AI output, then things may go south.

 

[JowGaWolf]

There is a problem with stability and convergence if you allow AI models to develop and train itself. It's the issue of model collapse, which is the AI analog of genetic inbreeding. If you allow generative AI models to corrupt the original data it was trained on, then bad things can happen.

AI models collapse when trained on recursively generated data - Nature

Analysis shows that indiscriminately training generative artificial intelligence on real and generated content, usually done by scraping data from the Internet, can lead to a collapse in the ability of the models to generate diverse high-quality output.

www.nature.com

Study: AI "inbreeding" may cause model collapse for tools like ChatGPT, Microsoft Copilot

It's like Game of Thrones, but for artificial intelligence large language models.

www.windowscentral.com

I think a real live feedback like evolutionary models must be applied, but if the environmen in which the selection takes place, and starts to be dominated by generative AI output, then things may go south.

I can see this. I think Ai can overcome it if it only sticks to the facts that are needed. Stay away from interpretations like Good and Bad. Ai is fast but it should be taught in the same manner as a child is taught. In martial arts terms to teach Ai about a punch do the following.

Start with movement. The Ai has to understand how the body moves and the limitations of the body when it's injured out of shape and when it is performing at its best. Once it has a good understanding of human movement then we can start teaching it how to punch. Humans learn in a similar way. We gain understanding of our biomechanics every time we move. This data will be the core data that doesn't change. It will be used as an accurate reference model. This information can then be used in a 3D virtual model that will allow the Ai to learn from Movement. This way it can try things that may break the reality of the reference model. If that reference model is accurate and has the necessary information, then Ai should be able to create Ai that better interprets the reference data

The way Ai is now, it's like use teaching the student's Advance Techniques without teaching the foundation that they will need to learn the Advance Techniques.

The biggest flaw for Copilot is not remembering my past conversations. This means it will never understand my logic or my learning pattern and it will never be able to evolve along with me. Everything it's like I have to teach Copilot basics

 

[Fungus]

The biggest flaw for Copilot is not remembering my past conversations. This means it will never understand my logic or my learning pattern and it will never be able to evolve along with me. Everything it's like I have to teach Copilot basics

In chatgpt, I continued on old conversations, rather than start a new one. So if I asked about martial arts, last month, I can just doto the end of that conversaion and ask more. Then it will at least remember that area and last questions without having to go through the same initialisation sequence again.

You can also instruct chatgpt what "type of answes" you want. I have noted there that I genereally want detailed answers, that focus on mechanisms, and that I always what chatgpt to provide an url list of references to back up it's answers. I also instruct it to avoid causal or ambigious language. This at least makes it better.

The problem I noticed is that chatgpt seems to have a limited "memory" in the sense of how "wide perspective" it has. When asking about complex phenomena, it often truncates the reasoning ignoring details - unless you in the question explicitly add wordings and phrases that you know are always used in for example papers where the details are dicussed. So just like you need a certain search technique on google, on eventually learns how to ask the questions, so that you get not just the blunt generic answers from AI, but more sharpened and specific answers. For MA, I noticed it confused kicks and punches at times, but that is probably because the labelling of techniques vary between styles, so in the training data set, the terminology isn't consistent either.

 

[JowGaWolf]

In chatgpt, I continued on old conversations, rather than start a new one. So if I asked about martial arts, last month, I can just doto the end of that conversaion and ask more. Then it will at least remember that area and last questions without having to go through the same initialisation sequence again.

You can also instruct chatgpt what "type of answes" you want. I have noted there that I genereally want detailed answers, that focus on mechanisms, and that I always what chatgpt to provide an url list of references to back up it's answers. I also instruct it to avoid causal or ambigious language. This at least makes it better.

The problem I noticed is that chatgpt seems to have a limited "memory" in the sense of how "wide perspective" it has. When asking about complex phenomena, it often truncates the reasoning ignoring details - unless you in the question explicitly add wordings and phrases that you know are always used in for example papers where the details are dicussed. So just like you need a certain search technique on google, on eventually learns how to ask the questions, so that you get not just the blunt generic answers from AI, but more sharpened and specific answers. For MA, I noticed it confused kicks and punches at times, but that is probably because the labelling of techniques vary between styles, so in the training data set, the terminology isn't consistent either.

Have you tried using images in chatgpt to see if it could analyze what may be happening in the photo?

 

[Xue Sheng]

Being an IT person and at one time doing IT security, I tend to avoid any software or web app that is based in China. AI from China, I will avoid doubly so....

 

[windwalker099]

Being an IT person and at one time doing IT security, I tend to avoid any software or web app that is based in China. AI from China, I will avoid doubly so....

Deepseek is free, open-source software (FOSS). Unlike other AI services that require payment for services beyond basic usage, operate as closed systems—where data practices are opaque and users lack insight into how their data is handled—FOSS projects like Deepseek prioritize transparency, allowing users to inspect the code and verify data usage

AI is a tool, as opposed as a thing that everyone is trying to make money off of.