Yes, remote sensing can be used for automated trading, primarily by integrating geospatial data into trading algorithms to provide insights and predictive signals. In fact, trading apps like Immediate Edge use this type of technology. Here are some ways remote sensing can be applied in automated trading: Agricultural Monitoring: Satellite imagery can monitor crop health, estimate yields, and track weather conditions. This information can influence commodity prices and help traders make informed decisions. Environmental and Weather Data: Remote sensing can provide data on weather patterns, nat ..read more

Accurate distance and angle measurements on Earth’s surface are the focus of land surveying, both an art and a science. The precision of survey measures is affected by several variables, and even a small inaccuracy might have far-reaching consequences for the design. Using a GIS makes data collecting, planning, and management much more efficient. The following are examples of how GIS can be used in surveying. 1. Provides reliable records Having reliable context is essential for making informed decisions about the viability of a project idea. Information such as administrative boundaries and ph ..read more

Topographical maps are detailed maps that use contour lines to show the appearance of the earth’s surface. These maps accurately represent earth features like roads, buildings, railways, and mountains, among other features. Therefore, topographical maps illustrate any natural or artificial geographical feature on the earth’s surface. Other than locating artificial and natural features, topography can have several applications. 1. Architecture Planning Topographical maps have vast applications in the construction field. During the initial stages of construction, these maps are used to survey th ..read more

  Medicine is a vast industry that is evolving every day. Like any evolving industry, the medicine industry employs LiDAR technology to ease its operations. The spatial data collected by the LiDAR tools are extensively used in medical analysis and other pharmaceutical tasks. In this article, we shall discuss some of the typical applications of LiDAR in medicine. 1. Dermatology Dermatology is a branch of medicine that deals with human skin. This branch involves medical and other surgical processes associated with the skin. Dermatologists use LiDAR tools to monitor, detect, and observe skin ..read more

Light Detention and Ranging (Lidar) is a detention system that uses lasers to examine the earth’s surface. It uses airborne tools to examine to collect spatial information. The technology uses laser lights sent from a transmitter, and the object in the scene reflects the light. The reflected is detected and analyzed, thus providing information required to measure features. In agriculture, the Lidar technology has vast applications. Now let’s discuss some of the common applications of Lidar in the agriculture industry. 1. Soil Analysis In agriculture, determining the type and quality of soil is ..read more

Effective land use and facilities design require in-depth knowledge of the site’s physiography, hydrology, climate, human geography, and infrastructure. Before breaking ground, evaluate your long-term facility’s location, environmental conditions, and surrounding area. Engineers and project planners conduct site surveys for this information. With modern GIS imagery and tools, we can now visualize scenery worldwide. GIS allows rapid, low-cost macro and micro study of a region. GIS provides a bird’s-eye view of a region, allowing us to see elements that might otherwise be unseen. Below are examp ..read more

When radar is equipped with an active sensor to illuminate objects, it is defined as active, and with a passive sensor relying on external sources is defined as passive. Remote sensing is the process by which the physical characteristics of an area are detected and monitored by measuring its reflected and emitted radiation at a distance, like from an aircraft or satellite. 1. Surfaces displacements Within a satellite-based synthetic aperture known as Synthetic Aperture Radar (SAR), which scans the earth’s surface using microwave radiation, SAR interferometry assists in risk analysis and spatia ..read more

A multilinear map is a map with several variables. Each variable is linearly separated in multilinear maps, and these variables are vector spaces. Thus, a multilinear map takes some vector space variables as input and outputs vector space variables. The idea of multilinear mapping is critical in several fields and in performing encoding tasks. This article will discuss some typical applications of multilinear applications. They include: 1. N-way Key Exchange N-way key Exchange is a common method of securing cryptographic keys. In cryptography, security is paramount; thus, various tools and tec ..read more

Radar is a system that works on high-frequency signal out transmission toward a target. After the signal bounces back from the target and returns, the radar uses the received information to identify the relative location and speed of the target. Military uses this technology as a booth, defensive, and offensive tool. RADAR means Radio Detection And Ranging. 1. Targeting radars These radars search smaller zones more frequently to find a target. Some of these radars, ground-based targeting radar, are used to differentiate between moving, stationary targets, and clutter. Airborne radar also disti ..read more

Geospatial technologies are making a significant impact and transforming a lot of usual human activities and industries. It can be applied in a wide range of fields, including science, business, and public policy. Remote sensing is one of those technologies. Initially, it involved analyzing aerial photographs, but with the advancement in sensor systems and computing technologies, it developed into exploring satellite imagery and global research. These modern sensor systems can gather data through energy emitted, transmitted, or reflected from all parts of the electromagnetic spectrum. The give ..read more