Acronyms Beginning With L
Sales, marketing, and technology acronyms that begin with L
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Acronyms Beginning With L
LoRa
A radio modulation technique with a clever way of encoding digital data into radio waves to send them over long distances using minimal power. Think of it as a specialized radio language optimized for distance rather than speed. What makes LoRa unique is how it spreads information across different frequencies, using what’s called chirp spread spectrum technology. Imagine someone whistling…
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Acronyms Beginning With L
LoRaWAN
A networking protocol built on top of LoRa radio modulation technology. Think of LoRa as the language devices use to speak to each other over radio waves, while LoRaWAN is the set of rules that governs how these devices communicate within a network. Here’s what makes LoRaWAN particularly interesting: The network architecture is surprisingly simple: end devices (like sensors) communicate…
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Acronyms Beginning With L
LP
A standalone web page designed specifically for marketing or advertising campaigns. It is where a visitor lands after clicking on a link in an email, an ad, or another digital source. Unlike general website pages, landing pages are focused on a single objective, such as lead generation, product promotion, or event registration. Purpose of a Landing Page Landing pages serve…
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Acronyms Beginning With L
LP
A liquidity provider is a user who contributes tokens to a liquidity pool in a decentralized exchange (DEX) or AMM. By providing liquidity, LPs enable other users to trade tokens on the platform and earn some trading fees. A liquidity pool is a pool of tokens in a smart contract that provides liquidity for a specific trading pair on a…
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Acronyms Beginning With L
LPO
The systematic process of improving the design, content, structure, and user experience of a landing page to increase its conversion rate. Where conversion rate optimization (CRO) involves analysis of every step in the customer journey to a conversion, LPO focuses on the destination page… the final conversion event. A conversion can be any desired action taken by the visitor, such…
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Acronyms Beginning With L
LPWAN
A communication technology revolutionizing how we connect simple devices across large distances. Imagine being able to place sensors all around a city or across farmland and have them send data for years without needing to change their batteries—that’s what LPWAN makes possible. LPWAN Key Features Range: Urban ranges are 2-5 km with rural areas 10-15 km or more Low data…
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Acronyms Beginning With L
LS
A broad field of scientific study that focuses on living organisms and life processes. It encompasses various disciplines, including biology, biotechnology, genetics, pharmacology, and ecology. The field is critical in advancing medical research, environmental conservation, and biotechnology applications, impacting healthcare, agriculture, and pharmaceutical industries. Key Disciplines in Life Sciences Biology: The fundamental study of living organisms, their structure, function, growth,…
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Acronyms Beginning With L
LSI
A concept in search engine optimization (SEO) and content marketing that refers to the process of identifying and using semantically related keywords in content creation. While the term LSI keywords is commonly used in SEO discussions, it’s important to note that search engines like Google don’t use LSI in their algorithms. However, the principle behind it remains relevant for modern…
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Acronyms Beginning With L
LSTM
A type of Recurrent Neural Network (RNN) architecture designed to address the limitations of standard RNNs, particularly in learning long-range dependencies in sequential data. LSTM was introduced by Sepp Hochreiter and Jürgen Schmidhuber in 1997. LSTMs achieve this improvement by incorporating specialized memory cells and gating mechanisms that regulate the flow of information within the network. These gates control when…
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Acronyms Beginning With L
LTE-M
LTE-M (also called LTE Cat-M1 or Cat-M) is a cellular IoT technology. Think of it as NB-IoT‘s faster, more capable sibling. It’s designed for IoT devices that need more bandwidth or mobility than NB-IoT can provide while still maintaining good power efficiency. The key difference from NB-IoT is that LTE-M uses a wider bandwidth (1.4 MHz versus NB-IoT’s 180 kHz).…
