The rich internal structure of LPGs results in more efficient storage and faster data traversals and queries.

LPG edges/connections can have types and attributes (properties as the name suggests) natively, making the LPG data structure more dense, compact, and informative compared to RDF.

“We ought to have a social compact: If you’re sick, whether you’ve got Covid-19 or not, you should separate yourself from society,” Mr. Gostin said. “That’s your part of the bargain, you’re doing it for your neighbors, your family and your community.”“In exchange,” he said, “we as a nation owe you the right to a humane period of separation, where we meet your essential needs like medicine, health care, food and sick pay.”

The compact was drafted to prevent dissent amongst Puritans and non-separatist Pilgrims who had landed at Plymouth a few days earlier.

The Mayflower Compact, signed by 41 English colonists on the ship Mayflower on November 11, 1620, was the first written framework of government established in what is now the United States.

A lot of people seem to think that heap allocation is expensive and stack allocation is cheap. They are actually about the same, typically. It’s the deallocation costs – the marking and sweeping and compacting and moving memory from generation to generation – that are massive for heap memory compared to stack memory.

When a garbage collection is performed there are three phases: mark, sweep and compact. In the “mark” phase, we assume that everything in the heap is “dead”. The CLR knows what objects were “guaranteed alive” when the collection started, so those guys are marked as alive. Everything they refer to is marked as alive, and so on, until the transitive closure of live objects are all marked. In the “sweep” phase, all the dead objects are turned into holes. In the “compact” phase, the block is reorganized so that it is one contiguous block of live memory, free of holes.