I. DEFINITION OF DEEP LOVING FIELD

Just like Mothers in real-world solve real problems, Artificial Mothers (in Deep Loving Field) move in the search space for solving optimization problems. In Deep Loving, we imitate mothers in the real space. In the Artificial Human Optimization field [6-7], Artificial Soul Optimization field [8], and Artificial God Optimization field [9], the basic entities in search space are Artificial Humans, Artificial Souls, and Artificial Gods respectively. Similarly, the basic entities in the Deep Loving Field are Artificial Mothers. Whenever we think of the term "Mother," the Deep Love that each mother shows towards their family, children, etc. comes to mind. Hence the name "Deep Loving Field" is given to the field when Artificial Mothers in search space are imitating Mothers in real-world to solve optimization problems. Instead of naming the field as "Artificial Mother Optimization," a better name "Deep Loving" is chosen by us.

II. INFINITE OPPORTUNITIES IN THE NEW DEEP LOVING FIELD

There are INFINITE OPPORTUNITIES for Artificial Intelligence field Research Scientists in Deep Loving Field. Some of them are shown below:

1. International Conference on Deep Loving (ICDL 2020)

2. IEEE TRANSACTIONS on Deep Loving (IEEE TDL 2025)

4. B.Tech Thesis on Deep Loving, IIT Roorkee, the Year 2075

5. IBM Deep Loving Research Labs, IBM Italy

6. Applied Deep Loving - A New Course

7. Advanced Deep Loving Course, IIT Mumbai

8. M.Tech in Deep Loving Field

9. International Institute of Deep Loving, Greece

11. Invited Talk on Deep Loving at Google R&D Conference, USA

12. Foundation of Deep Loving, Germany

13. International Association of Deep Loving, China

14. Deep Loving team at Microsoft Research and Development

15. YouTube videos on Deep Loving by Samsung R&D Team

16. Springer Journals on Deep Loving Field

17. Elsevier Book on Deep Loving Field

18. A Course by Deep Loving Experts on Coursera

19. Presentation on Deep Loving Field at Technical Festivals in Singapore Colleges

20. IBMSUR Award for Deep Loving Field Professor at IIT Hyderabad

21. To become a Scientist in Deep Loving Field.

III. DEEP LEARNING

According to Wikipedia, the definition of Deep Learning is shown below in double-quotes as it is:

"Deep Learning is part of a broader family of machine learning methods based on Artificial Neural Networks with representation learning. Deep Learning architectures such as deep neural networks, Deep belief networks, recurrent neural networks, and convolutional neural networks have been applied to many fields including computer vision, machine vision, etc" [1].

Hence from the definition, it is clear that Deep Learning is related to Brain-Inspired Computing.

IV. LITERATURE REVIEW

There are many Deep Learning papers published in the literature. But there is not even a single paper which is based on Deep Loving. The World's First Deep Loving method is created in this article. For the sake of completeness, references $[2]$ to $[5]$ show Deep Learning articles. You can easily find references for Deep Learning on websites like deeplearning.net. We just showed four references for Deep Learning for completeness.

V. WORLD'S FIRST DEEP LOVING ALGORITHM (WFDLA)

Figure 1 shows the World's First Deep Loving Algorithm (WFDLA). This section explains WFDLA. All

Artificial Mothers are initialized, and the iteration count is set to zero in the beginning. Lines 2-5 find local best, global best, local worst, and global worst of all Artificial Mothers. If Artificial Mother is affected by coronavirus, then there are two possibilities. Either Artificial Mother receives help from others or not. If Artificial Mother is affected by a coronavirus and receives help from others, then she can move in search space and updates Velocity and Position. If Artificial Mother is affected by a coronavirus and doesn't receive help from others, then she is halted and cannot move in search space. Hence, Velocity and Position are not updated. If Artificial Mother is not affected by coronavirus, then she can move in search space and updates Velocity and Position. Figure 1 is shown below:

1. Initialize all Artificial Mothers. Set Iteration Counter to 0.
2. Find local best of all Artificial Mothers
3. Find global best of all Artificial Mothers
4. Find local worst of all Artificial Mothers
5. Find global worst of all Artificial Mothers
6. for each Artificial Mother do
7. if (Random_Number_Generated < CoronavirusProbability) then
8. if (Random_Number_Generated < HelpProbability) then
9. Update Velocity of Artificial Mother
10. Update Position of Artificial Mother
11. else
12. // Mothers affected by coronavirus without help does nothing
13. end if
14. else
15. Update Velocity of Artificial Mother
16. Update Position of Artificial Mother
17. end if
18. end for
19. Update Iteration Counter
20. if (termination_condition_reached is not true) then
21. go to line number 2
22. end if

Figure 1: World's First Deep Loving Algorithm (WFDLA)

VI. RESULTS

The ASA algorithm in $[10]$, and WFDLA designed in this paper are MATHEMATICALLY equal. In $[10]$ it was shown that both ASA and PSO algorithms performed well on all benchmark functions. Hence due to MATHEMATICAL EQUALITY, both WFDLA and PSO performed well on all benchmark functions.

VII. CONCLUSIONS

A new field titled "Deep Loving" is invented in this work. A new algorithm titled "World's First Deep

Loving Algorithm (WFDLA) is designed, and results show that both PSO and WFDLA methods performed well on all benchmark functions. There are INFINITE OPPORTUNITIES in Deep Loving Field. Some interesting opportunities in Deep Loving Field are shown for Deep Learning and Artificial Intelligence Research Scientists and Students. As our focus in this paper is very strong on defining and introducing Deep Loving Field, we just added Deep Loving concepts to the PSO algorithm and created WFDLA for the sake of simplicity. We request Deep Learning and Artificial Intelligence field Experts to invent new Deep Loving algorithms from scratch rather than modifying existing algorithms like PSO.

ACKNOWLEDGMENTS

Thanks to Very Excellent Editorial Team of "Global Journal of Computer Science and Technology (GJCST)" and reviewers for accepting our innovative invention titled "Deep Loving." Thanks to everyone (and everything) who directly or indirectly helped us to reach the stage where we are now today.