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1. 发明专利

AU2021103425A4 An IOT Based Portable System for Automatic Irrigation and Fertilizer. 未知
公开(公告)号：AU2021103425A4
公开(公告)日：2022-05-19
申请号：AU2021103425
申请日：2021-06-17
申请人： AVTAR RAM , BADONI MANOJ PRASAD DR , CHIKTE SHUBHANGI DIGAMBER DR , GADGAY BASWARAJ DR , KUMAR AMIT , KUMARI SHABNAM , SAKTHIVEL N K DR , SALAM YUSUF DR , SAROHA JAIPAL DR , SUBASREE S DR
发明人： SALAM YUSUF , AVTAR RAM , KUMAR AMIT , SAROHA JAIPAL , BADONI MANOJ PRASAD , GADGAY BASWARAJ , SUBASREE S , CHIKTE SHUBHANGI DIGAMBER , SAKTHIVEL N K , KUMARI SHABNAM
IPC分类号： A01G25/16 , A01C23/04 , G06Q50/02 , G16Y10/05 , G16Y20/10
摘要： An IOT based mostly moveable System for Automatic Irrigation and fertilizer. An IOT Based Portable System for Automatic Irrigation and Fertilizer is a country wherever water scarceness is Janus-faced in virtually each region, whenever it's coming back to famer's purpose of read this example is extremely worst. Most of the farmers don't seem to be obtaining correct water and anticipating monsoon season for growing any crops in their field. Even most of farmers are taking one crop in a very year, that is completely a waste of resources because of lack of water in those various areas. For an ideal answer for this water drawback, we will give micro-irrigation method here. we will collect great amount of waste water/ rainy water in huge areas and later, we will provide this water to various field to crop the filed. For this, we have a tendency to use web of Things (IoTs) as wireless sensors here to produce actual quantity of water to a specific area/ region. for instance, sugarcane crop needs less quantity of water or once in a very month. For obtaining data a couple of crops like sugarcane, wireless sensors (IoTs) ought to be mounted in varied places of the sector. The sensors can collect the knowledge (input parameters) like temperature, air wetness, soil wetness, wind speed and radiation, and store this data within the information. Here for our system, input parameters are going to be air, temperature, soil wetness, radiations and wetness and supported these inputs we are going to realize demand of water in and can complete demand of water through micro-irrigation method to it area. TOTAL NO OF SHEET: 003 NO OF FIG.: 03 Wate evel Tempirafttug Hmidity IMir indicatr 1Q1Cig Senso Senso Transmitter zi wsamfl unase122 RELA112 - otor A mutiationL *Raw Fiur 1:a->Dt T Ainio--Ito bsed Iriata oion - nd edition Sy stem zaio

2. 发明专利

AU2021103274A4 Design and Analysis of Image Forgery Detection Techniques for Innovative methodologies. 未知
公开(公告)号：AU2021103274A4
公开(公告)日：2022-03-24
申请号：AU2021103274
申请日：2021-06-10
申请人： CHIKTE SHUBHANGI DIGAMBER DR , PRATAPUR SATISH
发明人： CHIKTE SHUBHANGI DIGAMBER , PRATAPUR SATISH
IPC分类号： G06F21/10 , G06K9/00 , G06T1/00 , G06V10/46
摘要： [754] Our invention is a digital image forgery has turned out to be unsophisticated because of capable mobile, PCs, propelled image editing advanced defined software's and high resolution 128-bit, 255- bit or more capturing gadgets. Our Checking the quality of a respectability of color, non-color pictures and identifying hints of altering without requiring additional pre embedded data / information of the picture or installed unique watermarks are essential examine defined domain. [756] The Passive techniques do-not require pre-embedded data/ information in the image. The Several image forgery detection techniques are arranged first and after that their summed up local and global organization is produced. Our Invention increasingly dependent on the internet and so does it become more and more vulnerable to very harmful threats and also the threats are becoming vigorous. [758] These threats distort the valid authenticity of data transmitted through the internet and the as we all completely or partially rely upon this transmitted information data hence its authenticity needs to be develop. Our Images have the potential of conveying much more information as compared to the textual defined content and the I user ratty much believe everything that we see. The order to preserve/check the authenticity of images, image forgery detection techniques are expanding its domain. [760] The Detection of forgeries in digital images is in great need in order to recover the peoples trust in visual media and also our research is going to discuss all image forgery and defined blind methods for image forgery unique detection. TOTAL NO OF SHEET: 03 NO OF FIG: 03 blok-bFidmetod:oreyetoint-oresicmaeosflw Overlapping blocks Keyo4 t anftm Efficent Methodo agie [etr xr \110 11. r atcing114 1i8 Fig.1: Forgery Detection in Forensic Images flow.

3. 发明专利

AU2021102762A4 A Novel Watermarking Techniques for 3D Mesh Objects 未知
公开(公告)号：AU2021102762A4
公开(公告)日：2021-07-08
申请号：AU2021102762
申请日：2021-05-22
申请人： CHIKTE SHUBHANGI DIGAMBER DR , MALIPATIL MANIKAMMA
发明人： CHIKTE SHUBHANGI DIGAMBER , MALIPATIL MANIKAMMA
IPC分类号： G06T1/00 , G06T7/70 , G06T15/00 , G06T17/00 , G09C5/00 , H04N1/32
摘要： Title: A novel watermarking techniques for 3D mesh Objects Our invention A novel watermarking techniques for 3D mesh Objects is a context of 3D watermarking most of the state-of-the-art techniques analyze a 3D/3D clock wised approach where the insertion and the extraction of the mark take place over the object itself. The invention is also most common use of 3D-objects is done through its 2D -projections antilock wise and also a work in progress in the context of 3D-watermarking that introduces an asymmetrical approach 3D/2D which will allow the extraction of the mark without access to the 3D-object. The invention is a Building efficient data masking in encrypted images is an effective technique to mask data in the encrypted domain of 3D-mesh models and the original 3D-mesh models is encrypted Binary code (000111)) with a secret key and during or after its transmission it is possible to mask information in the encrypted-3D mesh models without knowing the original content of the 3D-mesh models. During the decoding process the secret message can be extracted and the original-3D mesh models can be reconstructed and also Data masking for 3D-mesh models has started to draw research interest and the development of cloud computing, data privacy has become a real-time face the problem. The invented methods allow us to hide a large amount of Data/ information in a reversible manner and the work we invented a new data masking method that is reversible in nature with a very high masking capacity. Experiment outcome shows the invented high-capacity data masking (HCDM) for 3D-mesh model attain better performance in terms of PSNR and RMSE over existing data masking methods. TOTAL NO OF SHEET: 04 NO OF FIG: 04 FIG.2: The Teapot model and a set of projections depending on the angle of visualization and also reconstructed from a certain number of its 2D representations.

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