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This report describes the design rationale and resulting performance seen in a single server (non-clustered) database with an extremely large table containing in excess of 11 billion records. The original research and testing had been performed on a much smaller scale into the tens of millions of records around fall 2001, with an expectation that it would be near to the projected maximum number of records. In summer 2003, after those initial results were used to design a table still in use in production today, a similar table with a much larger data set was needed and the basic research was applied again to the new table. Initially, it was expected the number of records would peak close to half a billion; however, due to continuous and unexpected growth, the table now contains more than 11 billion records and is expected to grow more as the storage capacity is increased on the database server.

This report describes the design rationale and resulting performance seen in a single server (non-clustered) database with an extremely large table containing in excess of 11 billion records. The original research and testing had been performed on a much smaller scale into the tens of millions of records around fall 2001, with an expectation that it would be near to the projected maximum number of records. In summer 2003, after those initial results were used to design a table still in use in production today, a similar table with a much larger data set was needed and the basic research was applied again to the new table. Initially, it was expected the number of records would peak close to half a billion; however, due to continuous and unexpected growth, the table now contains more than 11 billion records and is expected to grow more as the storage capacity is increased on the database server.

This report describes the design rationale and resulting performance seen in a single server (non-clustered) database with an extremely large table containing in excess of 11 billion records. The original research and testing had been performed on a much smaller scale into the tens of millions of records around fall 2001, with an expectation that it would be near to the projected maximum number of records. In summer 2003, after those initial results were used to design a table still in use in production today, a similar table with a much larger data set was needed and the basic research was applied again to the new table. Initially, it was expected the number of records would peak close to half a billion; however, due to continuous and unexpected growth, the table now contains more than 11 billion records and is expected to grow more as the storage capacity is increased on the database server.

This report describes the design rationale and resulting performance seen in a single server (non-clustered) database with an extremely large table containing in excess of 11 billion records. The original research and testing had been performed on a much smaller scale into the tens of millions of records around fall 2001, with an expectation that it would be near to the projected maximum number of records. In summer 2003, after those initial results were used to design a table still in use in production today, a similar table with a much larger data set was needed and the basic research was applied again to the new table. Initially, it was expected the number of records would peak close to half a billion; however, due to continuous and unexpected growth, the table now contains more than 11 billion records and is expected to grow more as the storage capacity is increased on the database server.

This report describes the design rationale and resulting performance seen in a single server (non-clustered) database with an extremely large table containing in excess of 11 billion records. The original research and testing had been performed on a much smaller scale into the tens of millions of records around fall 2001, with an expectation that it would be near to the projected maximum number of records. In summer 2003, after those initial results were used to design a table still in use in production today, a similar table with a much larger data set was needed and the basic research was applied again to the new table. Initially, it was expected the number of records would peak close to half a billion; however, due to continuous and unexpected growth, the table now contains more than 11 billion records and is expected to grow more as the storage capacity is increased on the database server.

This report describes the design rationale and resulting performance seen in a single server (non-clustered) database with an extremely large table containing in excess of 11 billion records. The original research and testing had been performed on a much smaller scale into the tens of millions of records around fall 2001, with an expectation that it would be near to the projected maximum number of records. In summer 2003, after those initial results were used to design a table still in use in production today, a similar table with a much larger data set was needed and the basic research was applied again to the new table. Initially, it was expected the number of records would peak close to half a billion; however, due to continuous and unexpected growth, the table now contains more than 11 billion records and is expected to grow more as the storage capacity is increased on the database server.

1Thing from the Lake

By Eleanor M. Ingram

To get away from city life periodically, New Yorker Roger Locke purchases an abandoned farm house in rural Connecticut, and with the assistance of his cousin Phillida and her beau Ethan Vere, he sets about fixing up the place.<br /><br />Immediately however, an unseen mysterious woman begins giving him warnings during nocturnal visits to leave the house at once. Soon he begins hearing strange ominous sounds emanating from the tiny lake at the back of the house coupled with a permeation of sickly odors. An evil presence then begins to visit him during the witching hours of the late night, challenging him to a battle of wits from which there can be only one victor.<br /><br />Is his mysterious female visitor there to help and encourage him to flee from the house, or is she working in tandem with <i>The Thing From the Lake</i>?<br /><br />A gripping, occasionally frightening tale, Ms. Ingram wastes no time in grabbing the reader into the story and manages to weave a tale that will leave the reader guessing at every turn of events. (Summary by Roger Melin)

2Claimants to Royalty

By John Henry Ingram

A compilation of chronicles of the numerous impostors and impostures of kings, queens, and rulers. (Summary by Carmen H)

3Game and the Candle

By Eleanor M. Ingram

Faced with inherited debts, an estate to maintain, and no money to pay for either, brothers John and Robert Allard have a difficult decision to make. How much of their integrity are they willing to compromise in order to save their aunt and cousin from a life of poverty and to preserve "all that they call life"? Two young men with a classical education, no trade, and no outstanding talents have little chance to make the fortune they need while staying on the right side of the law. Especially as they only have six months..... ( Summary by Arlene Stebbins)

Possibly no part in the world is more connected in our minds to hauntings, ghost sightings and gruesome legends than Great Britain with its numerous castles, old manors, shady streets and remote country abodes. Who hasn't yet thought of maybe one day visiting one of those places, only to feel for themselves the thrill of the creepy atmosphere in their rooms and dungeons, enhanced by the chilling stories surrounding them?<br> In this compilation, John Henry Ingram (1842-1916) is offering the reader some 150 such places, gathering interesting, sometimes horrifying or even supernatural facts about the history and legends of these parts of Great Britain.<br> - Summary by Sonia