Unusual file formats within your everyday document management and editing processes can create instant confusion over how to edit them. You might need more than pre-installed computer software for efficient and quick document editing. If you want to fill in table in PAP or make any other simple alternation in your document, choose a document editor that has the features for you to work with ease. To deal with all the formats, including PAP, opting for an editor that actually works properly with all kinds of documents is your best choice.
Try DocHub for efficient document management, irrespective of your document’s format. It has powerful online editing tools that simplify your document management operations. You can easily create, edit, annotate, and share any papers, as all you need to gain access these features is an internet connection and an functioning DocHub account. A single document tool is everything required. Do not waste time switching between various applications for different documents.
Enjoy the efficiency of working with a tool made specifically to simplify document processing. See how easy it really is to edit any document, even if it is the very first time you have dealt with its format. Sign up a free account now and improve your entire working process.
in the previous lectures we have seen how to minimize DFA and we have seen a few examples of minimizing DFA and in those lectures the method that we use for minimizing the DFA was using a method known as partitioning method and in this lecture we will be discussing another method of minimization of DFA called the table filling method also known as the Myhill nirodh theorem so let us see how we can minimize this DFA given here using this table filling method so before we start off let us try to understand the steps involved in this process so these are the steps involved in our table filling method so lets see first step is draw a table for all pairs of states PQ so we will draw a table and we will make pairs of states how do we make pairs of states we will make pairs of every state with every other states and we will obtain the pairs of states and after that the second step is mark all pairs where P belongs to final state and Q does not belong to final state this means that after you