## Optimization Model with Days

I have the following situation: I have to find the most optimal days to palletize and to dispatch pallets to 22 different destination. The demand for each destination varies, ranging from 3 to 12 pallets. – Palletizing and dispatching can be done from Monday to Saturday, but not on the same day. – The maximum capacitiy for palletizing is 30 pallets/day, and for dispatching as well 30 pallets/day. – The goal is to minimize the total days between palletizing and dispatching. If I palletize for destination “A” on Monday, and dispatch it on Friday, there are 4 days. How could I find the best solution? What software should I use?

## Optimization of Do loop with multiple variables

I am pretty new to Mathematica and I would like to optimize a Do loop with multiple variables that I have.

I have three lists of three elements each, with the condition that the first element must be bigger than the second and so on. From those, I construct matrices and make operations on them; since I want to scan on all the possible matrices, I have this big Do loop:

l1={a,b,c};l2={d,e,f};l3={g,h,i}; Do[ m1=Table[(l1[[i]]+l2[[j]]),{i,3},{j,3}]; (*just as an example, not the real operations*) m2=Table[(l1[[i]]+l3[[j]]),{i,3},{j,3}]; {vl,m1d,vr}=SingularValueDecomposition[m1]; {ul,m2d,ur}=SingularValueDecomposition[m2]; ... ,{a,2,5},{b,a-1},{c,0,b-1},{d,2,5},{e,d-1},{f,0,e-1},{g,2,5},{h,g-1},{i,0,h-1} ] 

The operations inside the loop are much more difficult, and this loop would take way too much time to complete. How can I improve my situation? I’ve read something about the use of Map but I didn’t quite understand how it should apply to my case.

## WordPress Yoast onpage SEO Optimization for $25 Hi, Boost your WordPress website using Yoast SEO Plugin for search Engine Ranking. what will you Get In This Service: Install & Configure Yoast SEO Plugin.Detailed SEO Audit.Google Webmaster Tool Verification.Remove Search Console Errors.Optimize, Title, Meta Description, Meta Tags.Keywords Optimization.XML Sitemap Create.SEO Friendly Permalink Structure.Open Graph.Canonical.Robot.Txt. Image Alt Tags & Speed Optimization.Schema Markup.Google Analytics Configuration.Order Now: 100% Customer Satisfaction Fast Response. by: hafiz3143 Created: — Category: WordPress Viewed: 125 ## Onpage SEO And Technical Optimization Of WordPress for$30

by: abbas2019
Created: —
Category: Onsite SEO & Research
Viewed: 150

## Optimization Problem

Let’s say I have 2 different types of machines responsible for 2 different duties.

I have the PRODUCTION_MACHINES that EACH are able to produce a single unit of goods within 2 hours.

Then I have TRANSPORTER_MACHINES which are EACH able to collect and package away a single unit of goods from the production line at 95 seconds per TRANSPORTER_MACHINE.

QUESTION:

Assuming there are 5 PRODUCTION_MACHINES working, and they are operated at different starting times, how many TRANSPORTER_MACHINES do you need in order to MINIMIZE the IDLE_TIME incurred in the production process ?

(Whereby “IDLE_TIME” is defined as the time expended by EITHER the PRODUCTION_MACHINE or a TRANSPORTER_MACHINE waiting to have its good collected or produced.

HINT: Too many TRANSPORTER_MACHINES will add to the idle time as there are prone to be extra TRANSPORTER_MACHINES idly waiting for struggling PRODUCTION_UNITS to produce quickly enough to keep up with DEMAND.

… and vice-versa, too few TRANSPORTER_UNITS will also increase the idle time, this time for the PRODUCTION_MACHINES as some of them will have to wait for the struggling TRANSPORTER_MACHINES to keep up with their SUPPLY.)

Thank you very much !

## How to prove the optimization version problem (whose decision version is NP-complete) can be solved in poly-time iff P=NP?

I have proved the decision version of my problem be $$\mathcal{NP}$$-complete. And I know that if I can solve the optimization version in poly-time, then I can just to compare the obtained minimum (or maximum) with target value in decision version. Thus, the decision version can be solved in poly-time as well. Since the decision version is $$\mathcal{NP}$$-hard, so is the optimization version, i.e., the optimization version is $$\mathcal{NP}$$-hard.

My question is how to prove the converse direction: if the decision version can be solved in poly-time, can the optimization version be solved in poly-time as well?

I in advance thank you for any suggestions!

## Massively Increase Your WordPress Page Speed Optimization for $10 Having a websitethat loads quickly and efficiently is key to the success of your online business. Google have found that 53% of users will abandon a webpage that doesn’t load within 4 seconds, and that they are now using page load speed as a ranking factor. This means that if your website is currently taking longer than 4 seconds to load that you will experience lower conversion rates, poorer Google rankings and an overall worse user experience. On the contrary, Sites that load within 5 seconds boast 25% higher ad viewability, 70% longer average user sessions, and a 35% lower bounce rate, indicating that having a website that loads quickly and efficiently is essential to the success of your online ventures. Our expertise in page speed optimization can quickly help your site reach lightning fast speeds that will have your site loading in the blink of an eye. Your site will undergo the following work to improve Speed and Load Time: Enabling Gzip Compression Eliminate render-blocking JS & CSS files above-the-fold. Image Optimization. Browsing cache and wp-cache configuration. HTML, CSS, JavaScript Minify and compression. Reduce server response time. Removal of Query Strings. Database and Object Caching. Reduce Total Page Size. Complete Optimization using Premium Plugin (Save$ 49) Please note, this service is ONLY FOR WORDPRESS WEBSITES. We will need admin credentials for your wordpress site as well as Cpanel details as well to ensure quality service. If you are unable to provide these please do not purchase this service.

by: SearchVision
Created: —
Category: WordPress
Viewed: 106

## do top SEO website optimization backlinks for website ranking for \$40

by: ChrisScoville51
Created: —
Category: PBNs
Viewed: 197

## How to program circle position optimization algorithm?

I am quite new to programming and I need to write a program to determine which are the optimal uniform distribution of circles. To make an example of what I want, let’s say that I have to inks, one blue and one red. The goal is to define the color that I want to achieve (in this example different types of violet) and that the program tells me where do I have to put the drops of each ink in order to achieve that.

The inputs would be the drop size (on the surface), drop spacing along X (on the surface), drop spacing along Y (on the surface) and final color. The outputs of the program should be X and Y positions, and which drop (red or blue) should be placed in each position.

Could you please give me some ideas or point me towards the right direction? I have tried looking for similar algorithms, but was unsuccessful, so I decided to ask here in hope that you can help.

Thank you!

## Should I use no-follow in the main Menu for SEO optimization

Hi Friends!

I have made backlins on my home page. I don't want Google to pass link juice to other pages like "About Us" "Login" "Testimonial" etc.

Is it good to put No-follow links in the menu for these pages?
Please let me know if you are really sure about something.

Thank you.