Proposal skripsi ini dibuat untuk memenuhi sebuah tujuan yaitu untuk membantu proses pencatatan dan pengelolaan keuangan menggunakan sistem informasi pencatatan keuangan bebasis web. Saat ini, sistem informasi berbasis komputer merupakan kebutuhan utama untuk akses informasi di berbagai sektor, termasuk pendidikan. Fungsinya mencakup pengumpulan, pengolahan, dan penyajian informasi untuk mendukung pengambilan keputusan. Institusi pendidikan seperti TK Lestari di Pati, Jawa Tengah, memanfaatkan teknologi untuk efektivitas pengelolaan keuangan. Namun, pengelolaan keuangan di TK Lestari masih mengandalkan pencatatan manual, menyebabkan kompleksitas dan potensi kesalahan dalam laporan keuangan. Oleh karena out, penulis mengadopsi dan memilih judul pengembangan sistem informasi laporan keuangan untuk mendukung administrasi TK Lestari. Tujuannya adalah menyederhanakan dan mengorganisir laporan keuangan sesuai standar akuntansi, meminimalkan kesalahan, dan memudahkan proses komputerisasi data.

Broiler Chicken Feed System is a tool that is implemented using microcontroller technology. The focus of technology in industry 4.0 is that all devices can be controlled and monitored remotely, as long as they are connected to a network. In accordance with this vision, this technology makes it easier for farmers to feed chickens that were originally still using manual labor, then made automatically by implementing microcontroller technology consisting of SIM800L, Arduino, servo motors, and ultrasonic sensors. By using two ultrasonic sensors that are placed to enter orders and provide information about the stock of chicken feed this technology can work well. The focus of this technology is that it can be used for remote monitoring. Not only that, this technology can also send notifications to the farmer's smartphone to show the condition of the chicken feed stock that is still available. By applying this technology, chicken farmers can combine and feed their chickens from anywhere.

Agriculture is a pillar of the economy a nation, with the system and the implementation of good agricultural, so will go the nation economic.One of the causes of the lack of agricultural productivity in Indonesian that is some farmers in Indonesian still relied on climate change rain without blemish. Climate change has caused planting patterns the farmers, so that in the end agricultural products planted could not stable , any process planting .The instability caused the price of agricultural products to be very significant plant at a certain season.This is what causes the thing farmers have to produce more energy and the cost of extra do watering manually so that of the trees can grow fertile and can be harvest pakcoy especially in plants .To overcome the problems hence writers try to make sprinkler system plant with using microcontroller Wemos D1 R1 of experiment to the republic of Indonesian that in arable land plant with using soil moisture capacitive sensors that is going to be the moisture the ground in plants can be monitored over long distances through the android application named Blynk. The system will shut when discharging is out of danger at the boundary moisture expected means of sensors the humidity and turn off water pump.

Image improvement is the process to improve visual quality, from the original image to get optimal image results. The first category, this technique operates on the transformation of frequency selection and the second technique operates directly at the pixel level of the image. in this study the Exposure Sub-Image Histogram Equalization (ESIHE) technique will be enhanced with a brightness level to get visual image results. Then ESIHE is compared with other additional techniques, such as Histogram Equalization (HE), Adaptive Histogram Equalization (AHE) from the side of the image. Furthermore, for the even distribution of histograms, we will use ESIHE entropy calculations to show an increase in the image results that are more optimal when compared with HE and AHE. The visual image quality of each technique shows the strength of the method and the superiority of the other methods for various types of images.