Super Island Tycoon-Chapter 624 - 623 Difficulty

Another middle-aged technician also joined the discussion.

However, if an unstable transmission system is used, although power is greatly enhanced, the failure rate correspondingly increases. Have you considered the issue of mining robot damage? If the damage rate is too high, it will also reduce mining efficiency, meaning work efficiency decreases as well.

From his words, it can be heard that he also agrees with the view of the young technician from the beginning.

He believes that ensuring the stability of the mining robots is more important, even if it sacrifices work efficiency, it is worth it.

After listening for a while, Jiang Cheng understood what they were discussing. The focus of this debate is actually quite simple.

The question is whether to prioritize the work efficiency of mining robots or the stability of the equipment.

If the stability of the mining robots is prioritized, work efficiency will be greatly reduced.

But if work efficiency is prioritized, the failure rate of the mining robots will increase, which will also affect the efficiency of mining operations.

This issue seems quite troublesome, which is why it has caused debate among these technicians.

This problem is indeed very difficult to solve, unless a brand new transmission system can be found.

One that can ensure the work efficiency of mining robots while maintaining a certain level of equipment stability, only then can this problem be completely resolved.

But if these technicians could find such a transmission system, they wouldn't be arguing here.

It's precisely because both needs can't be met at the same time that this situation arises.

Similar debates have happened several times, but each discussion on this issue hasn't produced any valuable results.

So, the development work of the mining robots has been stagnant.

This problem seems to have troubled them for a long time, even Xiao Peng has no solution.

He furrowed his brows, looking at the models on the holographic projection, pondering if there was a way to solve this problem.

Xiao is also very troubled now, as the mining robot is crucial for the construction of the Mars Base, it must be developed quickly.

Once Mars landing is complete, the construction work of the Mars Base will officially start.

If by that time they still haven't solved this problem, it would be a dereliction of duty for him as the team leader.

Jiang Cheng trusted him enough to let him be in charge of this team. If he can't even handle such a small matter, he would be letting Jiang Cheng down.

This mining robot was something Jiang Cheng had them start developing a long time ago, but even now there is no finished product.

Xiao Peng feels somewhat guilty towards Jiang Cheng, but he has no solution to this issue, having come up with no ideas for such a long time.

If Jiang Cheng were here, he would surely solve this problem easily. Unfortunately, Jiang Cheng is not here now.

Xiao Peng started recalling things about Jiang Cheng. Indeed, if Jiang Cheng were here, he could solve this problem with ease.

Seeking help from Jiang Cheng is indeed another way to solve the problem, and it is a very good idea.

But this project is led by them, so if Xiao Peng went to Jiang Cheng to solve the problem now,

even though the problem would be resolved, it's not the result Xiao Peng would like to see.

If they ran to Jiang Cheng every time they encountered a difficulty, what use would Jiang Cheng have for his subordinates?

He knows Jiang Cheng gathered them because he didn't want to handle everything himself.

Otherwise, with Jiang Cheng's skill, he could match all of them alone.

That's why Xiao Peng has been reluctant to seek Jiang Cheng's help, wanting to solve this problem independently, to show the value of their team of technicians.

I think we can approach the problem from a different angle. Instead of getting caught up with the mining robots themselves, or whether we should prioritize efficiency or stability,

we can completely ignore the stability issue and adopt the transmission system with the greatest power, and for the issue of equipment failure rate, we can design a maintenance robot.

This maintenance robot can perform routine maintenance on the mining robots, thereby reducing the failure rate. Even if actual damage occurs, it can be repaired immediately. Additionally, this maintenance robot can also repair other equipment, achieving multiple benefits.

Just as Xiao Peng was still pondering, a familiar voice suddenly rang in his ears.

That voice suddenly jolted Xiao Peng awake, and he instantly found a solution to the problem.

That's right, a maintenance robot to solve the equipment failure rate issue.

The maintenance robot can also be used elsewhere, sending it to Mars wouldn't be considered a waste.

This voice prompted all present technicians to start thinking in a different mode.

Soon, someone retorted: Since we cannot guarantee both efficiency and stability, why not simply abandon stability, a middle-aged technician said: "That's indeed a very good idea. If we make a maintenance robot, the design aspect isn't particularly difficult, at least much easier to develop than the mining robot.

Another young technician had a different view on this matter. He quickly said: "Although the maintenance robot itself is very easy to make, we can at least design it easily. However, the maintenance robot is just hardware, which is useless by itself. We still need to design an intelligent program to control this maintenance robot so it can complete routine maintenance and repair.

The problem he mentioned does indeed exist. To have the maintenance robot function normally, it requires a relatively advanced artificial intelligence.

There is also artificial intelligence on the mining robot, but it's relatively basic, only capable of managing mining tasks.

If we were to use such artificial intelligence for maintenance, it would definitely not meet their needs.

So the current problem becomes how to design an artificial intelligence specifically used for equipment maintenance.

Most of them are essentially experts in dynamical and mechanical aspects and not very proficient in artificial intelligence.

Artificial intelligence is simple, I'll do the coding. It won't take long to solve this issue, said the sudden voice, filled with confidence.

It's known that compiling artificial intelligence is extremely difficult. There aren't many who can write such programs now.

You can also write artificial intelligence?