Fish Bone Analysis

To develop the experimental design method, we first developed a fishbone diagram, and based on this we developed a possible experimental matrix, which was explained elsewhere using Taguchi design [ 11]. The analysis results of fish bones are as follows: - Early scientists have covered the following aspects in their research: - activities were examined in order; Co 2 (CO) 8> The probability of Co (NO 3) 2> Co chain growth is Co (NO 3) 2> Co 2 (CO) 8> Co (CH 3 COO) 2 [6].

In case studies, we try to find the best using a variety of operational management tools, such as Pareto chart analysis, fish bone causation analysis, identification of various causes of problems and cost effectiveness analysis of various solutions . Solution The main purpose of this case study is to find solutions to restaurant problems in an efficient and efficient manner by optimizing various parts of the supply chain. Restricted free off-road parking is one of the problems proposed in this case, as the expansion of the parking lot seems not to be a viable option for the restaurant's location. Expansion of the parking lot will be very expensive, we can not offer any of the same solutions, and customers need to solve this problem on their own. Another solution is to move the restaurant to a different location, but this is not a viable solution because it loses the advantage of that place

With the help of the fishbone diagram, we will examine one of the most important problems given by the Pareto chart: "order delay", analysis of the problem starting from the fishbone diagram, and the solution of the main tracking of the spinal problem I will try to find it. Reason The main reason here is defined as individuals, equipment, programs, materials and so on. You can look at each cause separately and analyze the root cause of the problem. Instrument: In this case, no such reason is given, but a better device such as automatic slicer, blender etc. can reduce the time needed to prepare the dish. Therefore, through research of the kitchen process, we can discover the requirements of these instruments to speed up the food manufacturing process.

Causal analysis, or what is commonly called a fishbone diagram, is from Kaoru Ishikawa, a Japanese quality management expert. The Fishbone process helps us build our minds by categorizing ideas based on people, processes, policies, and equipment using figurative bones of fish maps. The idea is that if you can make decision based on objectively based on the problem after confirming what you are thinking, it will be easier to think critically. Another common tool is a mind mapping tool developed by British psychologist Tony Boussin in the 1970s, a guidebook and writer that uses both sides of your brain. The mind mapping tool stimulates creative thinking and can capture ideas in a free form structure (Buzan, 1991). Science behind the mind map is a mind map that participates in both left and right brains (Buzan, 1991). Mind maps are always external pictures of the complex interrelationship of your thoughts at any time (Buzan, 1991)