🐏 TimeOmni-1

Output Format:
<think>Your step-by-step reasoning process that justifies your answer</think>
<answer>Your final answer(Note: Only output a single uppercase letter of the correct option)</answer>

Time Series Plot

Chatbot

Message

You are given a time series. Please identify the scenario that most likely created it? The input series is:[10993, 11859, 14806, 16927, 13210, 13255, 17828, 18095, 17862, 21647, 20408, 20351, 21606, 17820, 19734, 24255, 25407, 29267, 27051, 25821, 31740, 29477, 32067, 31299, 34675, 36591, 33937, 36896, 35632, 37940, 39552, 46409, 43711, 41724, 45269, 41480, 45631, 43391, 46822, 51330, 52859, 51540, 50960, 51448, 50921, 54682, 56979, 60823, 59340, 54892, 59462, 59452, 60986, 65610, 67691, 67738, 63932, 65044, 67308, 70496, 69769, 71995, 70792, 70468, 74306, 75949, 74657, 78975, 79645, 78701, 80827, 82909, 79940, 84297, 77931, 86960, 86978, 86680, 87251, 82990, 87249, 90113, 94546, 92394, 92710, 93318, 95900, 95046, 94655, 98827].
The input length is:90.

Options:
A. This scenario involves tracking daily rainfall levels in a city over a span of two years. A possible external event could be a major weather phenomenon like El Nino, which can cause heavy rainfall. The sample rate is daily readings taken over 2 years making a total of 730 observations.
B. This scenario involves recording daily gasoline consumption at a gas station for one year. As a result of a major highway construction project nearby that detours traffic through the gas station's location, one would expect a significant increase in daily sales. Sampling frequency would be once per day.
C. An electronics company decides to track the hourly power usage of a production line manufacturing smartphones over a six-week period. The company wants to examine the relationship between the number of smartphones produced per hour and the power consumption. The production undergoes a major technological update in the third week which could potentially affect power usage.
D. Mosquito population sizes are measured in a surveilled area during the rainy season. Samples are collected every day at 4 pm for three months (90 days) to monitor the population and predict future trends.

Max new tokens

1 4096

Temperature

0.1 4

Top-p

0.001 1